Contents I. Welcome Message / 1 II. Committees / 2 III. Sponsors / 4 IV. Conference Information / 5 - Registration - ICNS 2017 Special Issue in Physica B (Elsevier) - SpringerNature Best Poster Awards - Transportation - Restaurants - Accommodations IV. Social Programs / 13 V. Plenary and Invited Speakers / 14 VI. Walter Hälg Prize and AONSA Prize / 26 VII. Scientific Programs / 28 - Presenter and Chair Information / 28 - Oral Session / 31 - Poster Session / 107 VIII. Exhibition Information / 181 IX. Author Index / 197 W elcome Message On behalf of the Organizing Committee, we are very much honored and delighted to welcome you to the International Conference on Neutron Scattering 2017 (ICNS 2017) which is held at the Daejeon Convention Center, Daejeon, the Republic of Korea from July 9 to 13, 2017. The ICNS 2017 is the largest international platform for sharing and exchanging the latest exciting advances in neutron scattering science, which brings together scientists from a wide range of disciplines including physics, biology, chemistry, materials science, engineering materials, earth science, and neutron sources and instrumentations. The ICNS 2017 has received over 700 abstracts including distinguished invited papers from all over the world, which makes an excellent scientific program for ICNS 2017. The ICNS 2017 has also received supports from many sponsors and exhibitors, which greatly help to make the ICNS 2017 successful. We would like to take this opportunity to express our deepest appreciation for your participations and supports for the ICNS 2017. Daejeon, the host city of the ICNS 2017, is known as the City of Science which has been a powerhouse of the most exciting scientific and technological advances in Korea over the last 30 years with more than 30 government and industrial research institutes which have state-of-art facilities such as HANARO Neutron Facility. Daejeon is also very close to ancient capital cities and only about 50 minutes away from Seoul, the capital city of Korea, by high-speed train. This will allow you to experience various Korean cultures as well as Korean science and technology. Once again, we sincerely welcome you all and appreciate your participations and supports for ICNS 2017. We hope your attendance of the ICNS 2017 is enjoyable and memorable as well as scientifically fruitful. Thank you very much. Sincerely yours, The Organizing Committee of ICNS 2017 co-Chair, In-Cheol Lim (Vice President of KAERI) co-Chair, Sung-Min Choi (President of KNBUA) ICNS 2017 | 1 Committees Organizing Committee Honorary Chairs ▪ Jaejoo Ha (KAERI) ▪ Mahn Won Kim (KAIST) co-Chairs ▪ In-Cheol Lim (KAERI) ▪ Sung-Min Choi (KAIST) Members ▪ Soo Hyung Choi (Hongik Univ.) ▪ Jae-Ho Chung (Korea Univ.) ▪ Young-Soo Han (KAERI, Treasurer) ▪ Moon Jeong Park (POSTECH) ▪ Sungil Park (KAERI) ▪ Sungkyun Park (Pusan National Univ.) ▪ Chang-Hee Lee (KAERI) ▪ Baek-Seok Seong (KAERI) ▪ Kwanwoo Shin (Sogang Univ., Secretariat) Co-organized by ▪ Korea Atomic Energy Research Institute (KAERI) ▪ Korea Neutron Beam User Association (KNBUA) Supported by ▪ The Korean Nuclear Society ▪ The Korean Physics Society ▪ Daejeon Metropolitan City ▪ Korea Tourism Organization ▪ Daejeon International Martketing Enterprise ▪ Ministry of Science, ICT and Future Planning 2 | July 9-13, 2017 | DCC, Daejeon, Korea I n ternational Advisory Committee International Program Committee Ki Bong Lee (POSTECH, Korea, Chair) Kookheon Char (Seoul National Univ., Korea, Christiane Alba-Simionesco (LLB, France) Chair) Masatoshi Arai (ESS, Sweden) Ken Andersen (ESS, Sweden) Dimitri Argyriou (ESS, UK) Paul Butler (NIST, US) Alexander Belushkin (FLNP/JINR, Russia) João Cabral (Imperial College London, UK) Robert Briber (Univ. of Maryland, US) Bryan Chakoumakos (ORNL, US) Javier Campo (Univ. of Zaragoza, Spain) Myung Chul Choi (KAIST, Korea) Samrath L. Chaplot (BARC, India) Jae-Ho Chung (Korea Univ., Korea) Dongfeng Chen (CIAE, China) David Cole (Ohio State Univ., US) Hesheng Chen (IHEP, China) Giovanna Fragneto (ILL, France) Sow-Hsin Chen (MIT, US) Victoria Garcia-Sakai (ISIS, UK) Yasuhiko Fujii (JPS, Japan) Paolo Imperia (Bragg Institute, Australia) Bruce Gaulin (McMaster Univ., Canada) Ronald Jones (NIST, USA) Toshiji Kanaya (J-PARC, Japan) Takashi Kamiyama (KEK, Japan) Evvy Katrini (BATAN, Indonesia) Brendan Kennedy (Univ. of Sydney, Australia) Paul Langan (ORNL, US) Yeongduk Kim (Sejong Univ. / IBS, Korea) Wen-Hsien Li (National Central Univ., China) Regine von Klitzing (Technische Univ. Berlin, In Cheol Lim (KAERI, Korea) Germany) Keith McEwen (Univ. College London, UK) Yongjae Lee (Yonsei Univ., Korea) Robert McGreevy (ISIS, UK) Seongsu Lee (KAERI, Korea) Joel Mesot (PSI, Switzerland) Seung Wook Lee (Pusan National Univ., Korea) Ferenc Mezei (ESS, Hungary) Eberhard Lehmann (PSI, Switzerland) Kell Mortensen (Univ. of Copenhagen, Marie-Hélène Mathon (CEA, France) Denmark) Moon Jeong Park (POSTECH, Korea) Dan A. Neumann (NIST, US) Toby Perring (ISIS, UK) Catherine Pappas (TU Delft, The Netherlands) Christian Pfleiderer (TU München, Germany) Winfried Petry (TU München, Germany) Baek Seok Seong (KAERI, Korea) Robert Robinson (ANSTO, Australia) Shinichi Shamoto (JAEA, Japan) Stephan Rosenkranz (ANL, US) Mitsuhiro Shibayama (Univ. of Tokyo, Japan) Helmut Schober (ILL, France) Hirohiko M. Shimizu (Nagoya Univ., Japan) Poong Hyun Seong (KAIST, Korea) Suzanne G.E. te Velthuis (ANL, USA) Sunil K. Sinha (Univ. of California, San Diego, US) Xun-Li Wang (City Univ. of Hong Kong, China) André Strydom (Univ. of Johannesburg, South Wanchuck Woo (KAERI, Korea) Africa) John M. Tranquada (BNL, US) John William White (Australian Nat‘l Univ., Australia) ICNS 2017 | 3 Sponsors Platinum Gold Silver Other International Neutron Scattering Associations 4 | July 9-13, 2017 | DCC, Daejeon, Korea C onference Information Registration Registration fee for the conference includes admission to all technical sessions, entrance to the Exhibition and Welcome Reception, Conference Dinner as well as a copy of the Conference Program. ** Hanaro Tour will only be available for those who have applied in advance. Registration Hour July 10 July 11 July 12 July 13 Date July 9 (Sun.) (Mon.) (Tue.) (Wed.) (Thu.) Time 15:00~18:00 08:00~17:00 08:00~18:00 08:00~18:00 08:00~18:00 Onsite Registration fee Category On-site Registration Regular USD 750 Student USD 450 Retired USD 450 Companion / Spouse USD 250 Receipt of registration You can find receipt on the back of your name tag. If you need paper receipt with Stamp, please visit Registration desk to get it. Certificate of Attendance If you need a certificated of attendance, please write your name and registration number at the registration desk. You will be able to pick up on the next day. Access to Abstracts to the web All the abstracts (Oral and Poster) can be accessible via mobile ICNS website at http://icns2017.org/m/. A PDF abstract book will be also available for download via ICNS2017 website after the conference at http://www.icns2017.org as well. ICNS 2017 | 5 ICNS 2017 Special Issue in Physica B (Elsevier) All prospective authors are invited to submit your research results to the journal “Physica B”. Submitted manuscripts will be peer-reviewed and will be published in the ICNS 2017 Special Volume in 2018. The scope of the special issue in Physica B comprises all themes presented in the ICNS 2017, including both experimental and theoretical work. However, format and artwork must meet the guideline. (Please find guideline from the ICNS 2017 Website) All manuscripts submitted to Physica B should be original, and the manuscript must be submitted via Physiaca B submission system, under Special Issue of ICNS 2017. The deadline of the proceeding is Aug. 9, 2017. Requirements & Notes - Papers will be submitted to Physica B website as regular paper submission. You need to register to create your account, if necessary. Please select "ICNS 2017" at the submission page. - One manuscript submission per presentation will be allowed. - There is no page limit per paper. However maximum 5 pages per paper is highly recommended. - No additional processing fee for authors. Proceeding submission procedure 1. Access the Physica B homepage. 2. Create login information in Author Information. 3. Choose “submit paper” in the main menu. 4. In new submission, please select article type “SI: PHYSB – ICNS 2017. 5. Follow the necessary information provided by Journal Submission System. The scope of Physica B comprises all condensed matter physics, including both experimental and theoretical work. Papers should contain a new experimental, calculated, or theoretical result of which the physics is properly discussed. 6 | July 9-13, 2017 | DCC, Daejeon, Korea SpringerNature Best Poster Awards During the Conference, the Selection Committee will select the best poster presented during the poster session. The judges evaluate the posters according to the following criteria: - quality of the research in terms of theoretical and methodological aspects - originality of the work presented - Quality of poster presentation. The winner of the Best Poster Award is announced during the closing ceremony. The presenter will be given a 100 € Boucher, kindly supported by Springer-Nature Company. An official certificate will also be awarded. ICNS 2017 | 7 Transportation (From DCC to Incheon International Airport) 1. By Express Train (KTX) [Time Table] TRAIN TYPE FROM TO DEP. TIME ARR. TIME KTX Daejeon Incheon Airport 05:55 08:00 KTX Daejeon Incheon Airport 05:55 08:00 KTX Daejeon Incheon Airport 06:47 08:45 KTX Daejeon Incheon Airport 08:49 10:45 KTX Daejeon Incheon Airport 08:49 10:45 KTX Daejeon Incheon Airport 09:48 11:42 KTX Daejeon Incheon Airport 13:38 15:40 KTX Daejeon Incheon Airport 15:53 17:47 KTX Daejeon Incheon Airport 18:07 19:58 - If you need to book a ticket in advance, please visit here: www.korail.com. Or, please ask our staff member to help you to book a ticket. - From the venue to Daejeon station, we recommend taking taxi. It will cost about 10,000 KRW which is around 10 dollars. - Please show the Korean message below to taxi driver. He/she will drive you to the Station. 대전역으로 가 주세요. (Please take us to Daejeon Train Station) - If you need to call a taxi, you can come to the registration desk for the service. 8 | July 9-13, 2017 | DCC, Daejeon, Korea 2 . By Airport Limousine [Time Table] Departure Time from Daejeon Government Complex (Daejeonchengsa) 3:29 4:45 6:55 9:45 13:15 15:55 3:34 4:55 7:05 10:25 13:35 16:05 3:39 5:05 7:15 10:45 13:45 16:15 3:44 5:15 7:35 11:15 14:05 16:45 3:49 5:25 7:55 11:35 14:15 17:15 3:54 5:35 8:15 11:55 14:25 17:45 4:15 5:45 8:35 12:15 14:35 18:15 4:20 5:55 8:45 12:35 14:55 18:35 4:25 6:15 8:55 12:45 15:15 18:55 4:35 6:35 9:25 12:55 15:35 19:25 - If you need to book a ticket in advance, please visit here: https://txbuse.t-money.co.kr/. Or, please ask our staff member to help you to book a ticket. - From the venue to Daejeon Government Complex (Daejeonchengsa), we recommend taking taxi. It will cost about 5,000 KRW which is around 5 dollars. - Please show the Korean message below to taxi driver. He/she will drive you to the Station. 대전청사로 가 주세요 (인천공항 가는 버스를 탑니다.) (Please take us to Daejeon Government Complex Terminal) - If you need to call a taxi, you can come to the registration desk for the service. ICNS 2017 | 9 Restaurants - DCC Area 10 | July 9-13, 2017 | DCC, Daejeon, Korea Restaurants-Government Complex Area ICNS 2017 | 11 Accommodations No. Hotel Distance from Venue H1 Lotte City Hotel 3 min. on foot H2 Hotel ICC 5 min. on foot H3 Hotel Riviera 18 min. by car H4 Yousung Hotel 18 min. by car H5 Hotel Interciti 16 min. by car B1 Toyoko Inn 10 min. by car B2 Graytone Hotel 10 min. by car B3 Good morning Resident Hue 15 min. by car 12 | July 9-13, 2017 | DCC, Daejeon, Korea S ocial Programs Welcome Reception We are welcoming you all to the Welcome Reception on the day of beginning. Come and mingle with your old and new friends! ● Date and Time: Sunday, July 9 / 18:00 ● Place: Crystal Ballroom (1F, Lotte City Hotel) Conference Dinner Dinner for you to discuss among your colleagues and coworkers. We will have a meal along with a performance called Nanta. Nanta is a South Korean non-verbal comedy show that incorporates traditional samul nori rhythm. ● Date and Time: Wednesday, July 12 / 19:00 ● Place: Grand Ballroom (2F, DCC) HANARO Reactor Tour at Korea Atomic Energy Research Institute ● Date and Time: Tuesday, July 10 / 16:00 ● Place: HANARO Reactor, Guide Hall * Tour participants should get on the designated bus which is written on your name tag. On Tuesday afternoon, a tour of the HANARO Reactor will be conducted for pre-regist- rated participants. In 1995 KAERI launched HANARO, a 30 MW, multi-purpose research reactor with a world-class high neutron flux, and it has made every possible effort to safely and effectively operate it until now. KAERI is making considerable efforts to install new equipments as well as a facility refurbishment while strengthening efforts to provide the support activities to meet the ever growing needs of the HANARO users. Participants will tour the newly opened cold neutron Guide Hall. ICNS 2017 | 13 Plenary Speakers Plenary I Hideo Hosono Tokyo Institute of Technology, Japan Title Hydrogen-substituted Iron-Based Superconductors and Relevant Compounds Session Chair: Je-Geun Park (Seoul Nat'l Univ., Korea) Abstracts Hydrogen is the simplest bipolar element on the periodic table. The valence state varies from +1 to -1, depending on the local environment. I think it was a kind of consensus that the charge state of hydrogen is +1, i.e., proton in oxide materials.In this talk I present the importance of H- ion in oxide materials by taking iron-based superconductors (IBSCs) which was first discovered in 2006 and 2008. The primary feature of IBSCs is a rich variety of materials and dominant glues of the pairing [2]. In this talk I review the advancements of heavily hydrogen-doped REFeAsO1-xHx superconductors in which neutron scattering has played a critical role. The concrete subjects are ; (1) Synthesis and characterization [3,4] (2) Two-dome structure of Tc is common in 1111 [3] (3) The phase transition and magnetic structure of the second parent phase with x=~0.5 [5,7,8] (4) Is nominally oxygen-deficient REFeAsO1-x real? [4] [1] Y. Kamihara et al. J. Am. Chem. Soc., 128, 10012 (2006); 130, 3296 (2008). [2] H. Hosono and K. Koroki, Physica C, 514, 399 (2015). [3] S. Iimira et al. Nat. Comm. 3, 943 (2012). [4] H. Hosono and S. Matsuishi, Current Opi. In Solid State and Mat. Sci. 17,49 (2013). [5] M. Hiraishi et al., Nature Physics 10, 300 (2014). [6] Y. Muraba et al., Inorg. Chem. 54, 11567 (2015). [7] S. Iimira, S. Matsuishi, and H. Hosono, Phys. Rev. B, 94, 024512 (2016). [8] S. Iimura et al., PNAS in press. 14 | July 9-13, 2017 | DCC, Daejeon, Korea B iography He received his Ph. D at 1982 in Applied Chemistry from Tokyo Metropolitan University, and became a Professor at Research Laboratory for Frontier Materials, Tokyo Institute of Technology in 1999 via associate professors of Nagoya Institute of Technology, National Institute for Molecular Science and Tokyo Tech. Dr. Hosono was appointed to the founding director of Materials Research Center for Element Strategy on August 1, 2012. He is now a member of Science Council of Japan. Dr. Hosono proposed a design concept for transparent amorphous oxide semiconductors (TAOSs) with large electron mobility in 1996 and reported IGZO (InGaZnOx)-thin film transistors in 2003 and 2004. IGZO-TFTs have been applied to state of the art displays of new iPad, smart phones, and large sized OLED-TV as the backplane to drive them. In addition, he and his group have realized several key oxide semiconductor materials such as transparent p-type materials and p-channel /CMOS TFTs. In 2008 he and his collaborators discovered an Iron-pnictide superconductor which was chosen as a breakthrough of the year 2008 by the Science Magazine. He is also known as a pioneer of materials science and application of electride materials in which electrons serve as anions. He has received various awards including a medal with purple ribbon (2008), Bernd. T. Matthias Prize, Thomson Reuters Citation Laureate in Physics (2013), APS McGroddy Prize (2015), the Imperial Prize & the Japan Academy Prize (2015) and the Japan Prize (2016). ICNS 2017 | 15 Plenary II Tim Lodge University of Minnesota, USA Title Time-Resolved SANS Quantifies the Dynamics of Single Chain Exchange in Block Copolymer Micelles Session Chair: Kookheon Char (Seoul Nat'l Univ., Korea) Abstracts Block copolymers provide a remarkably versatile platform for achieving desired nanostructures by self-assembly, with length scales ranging from a few nanometers up to several hundred nanometers. In particular, block copolymer micelles in selective solvents are of great interest across a range of technologies, including drug delivery, imaging, catalysis, lubrication, and extraction. While block copolymers generally adopt the morphologies familiar in small molecule surfactants and lipids (i.e., spherical micelles, worm-like micelles, and vesicles), one key difference is that polymeric micelles are typically not at equilibrium. The primary reason is the large number of repeat units in the insoluble block, Ncore, which makes the thermodynamic penalty for extracting a single chain (“unimer exchange”) substantial. As a consequence, the critical micelle concentration (CMC) is rarely accessed experimentally; however, in the proximity of a critical micelle temperature (CMT), equilibration is possible. We are using time-resolved small angle neutron scattering (TR-SANS) to obtain a detailed picture of the mechanisms and time scales for chain exchange, for systems at or near equilibrium. One model system is poly (styrene-b-(ethylene-alt-propylene)) (PS-PEP), in the PEP-selective solvent squalane (C30H62). Equivalent micelles with either normal (hPS) or perdeuterated (dPS) cores are initially mixed in a blend of isotopically substituted squalane, designed to contrast-match a 50:50 hPS:dPS core. Samples are then annealed at a target temperature, and chain exchange is revealed quanti- tatively by the temporal decay in scattered intensity. A second system consists of poly(n-butyl methacrylate)-b-poly(methyl methacrylate) in immidazolium-based ionic liquids. The rate of exchange as function of concentration, temperature, Ncore, Ncorona, and chain architecture (diblock versus triblock) will be discussed. 16 | July 9-13, 2017 | DCC, Daejeon, Korea B iography Tim Lodge graduated from Harvard in 1975 with a B.A. cum laude in Applied Mathematics. He completed his PhD in Chemistry at the University of Wisconsin in 1980, and then spent 20 months as a National Research Council Postdoctoral Fellow at NIST. Since 1982 he has been on the Chemistry faculty at Minnesota, and in 1995 he also became a Professor of Chemical Engineering & Materials Science. In 2013 he was named a Regents Professor, the University's highest academic rank. In 1994 he was named a Fellow of the American Physical Society (APS). He received the Arthur K. Doolittle Award from the PMSE Division of the ACS in 1998, and in 2004 he received the APS Polymer Physics Prize. He was elected to Fellowship in the American Association for the Advancement of Science, and he received the International Scientist Award from the Society of Polymer Science, Japan, in 2009. He was the recipient of the 2010 Prize in Polymer Chemistry from the ACS, and was also elected a Fellow by the ACS in 2010. In 2012 he received the Minnesota Award from the Minnesota Section of the ACS, and the Postbaccalaureate, Graduate and Professional Education Award from the University of Minnesota. He was honored with the Hermann Mark Award of the Division of Polymer Chemistry, American Chemical Society, in 2015, and in 2016 he was elected to the American Academy of Arts and Sciences. Since 2001 he has been the Editor of the ACS journal Macromolecules. In 2011 he became the founding Editor for ACS Macro Letters. He has served as Chair of the Division of Polymer Physics, APS (1997-8), and as Chair of the Gordon Research Conferences on Colloidal, Macromolecular and Polyelectrolyte Solutions (1998) and Polymer Physics (2000). Since 2005 he has been Director of the NSF-supported Materials Research Science & Engineering Center at Minnesota. He has authored or co-authored over 350 papers in the field of polymer science, and advised or co-advised over 65 PhD students. His research interests center on the structure and dynamics of polymer liquids, including solutions, melts, blends, and block copolymers, with particular emphases on self-assembling systems using rheological, scattering and microscopy techniques. ICNS 2017 | 17 Plenary III Jean-Marie Tarascon The College de France, France Title Reaction Mechanisms in Electrode/Battery Systems via Advanced Operando Techniques Session Chair: Takashi Kamiyama (KEK, Japan) Abstracts Research’s progresses in rechargeable batteries are driven by ever increasing demands for portable electronic devices as well as for powering electric vehicles and providing load-leveling for mass storage of renewable energy. This will ever increase over years to come with new business players challenging today’s traditions. Whatever, Li-ion batteries are the systems of choice for the aforementioned applications, but they performances still need to be improved. Materials have been essential for improving any energy related technologies including batteries. Identifying new phases and understanding their electrochemical reactivity towards Li or Na, via the help of evolving analytical techniques, has contributed to the success of the Li(Na) ion technology. This will be illustrated during this lecture through a few examples dealing with Li(Na)_ion batteries based on either polyanionic or layered compounds or on Li(Na)-O2 batteries. Regarding the layered compounds, besides mentioning the in-operando study of full LiNi1/3Co1/3Mn1/3O2 / C cells, we will focus on how complementary in situ analytical techniques (XPS, EPR, Microscopy and neutrons) have enabled to unravel anionic redox activity as the source of the exacerbated capacity in Li-rich layered oxides Li[Li0.2NixCoyMnz]O2. This finding represents a transformational approach for creating advanced energy materials not only for energy storage, but also for other energy-related applications. Turning to the Na-ion technology the synthesis of a new Na4V2(PO4)2F3 phase whose structure was defined by neutron diffraction will be presented. Lastly, the nucleation/growth of superoxide in Li(Na) air systems via in situ TEM experiments will be presented to stress further .the importance of real time monitoring in battery systems. Will pursuing the same way of battery monitoring be sufficient to meet tomorrow’s highly evolving demands linked to automotive mobility and others? This is what the conclusions will address by entering into a personal prospective mode in which new trends and new ideas will be offer. 18 | July 9-13, 2017 | DCC, Daejeon, Korea B iography Jean-Marie Tarascon is Professor at the College de France holding the chair "Chemistry of solids - Energy". But much of his early career was spent in the United States where he developed (1994) the plastic Li-ion technology. Back to France in 1995, he created the European network of excellence ALISTORE-ERI of which he was head until 2010 when he took over the direction of the new LABEX "STORE-EX". In 2011 he became in charge of the recently created French network on electrochemical energy storage (RS2E). The general scheme of his research focuses on the synthesis, characterization, and determination of structure/property relationships of electronic, superconductor and rechargeable battery materials for solid state electronic devices. Presently his activities are more devoted to Li-ion, Na-ion batteries and other chemistries developing new eco-efficient synthesis processes and focusing on new reactivity concepts. and focusing on new co for enhancing sustainability. He is the author of more than 600 scientific papers, and detains about 80 patents. During his life, he received many honours, with among the latest being the ENI in 2011, the ABAA in 2013 prior to come foreign member of the royal society in 2014 and receiving the 2015 centenary prize of the royal society of chemistry. ICNS 2017 | 19 Plenary IV Peter Müller-Buschbaum Technical University Munich, Germany Title GISANS - Basics, Challenges and Possibilities Session Chair: Rex Paul Hjelm (Los Alamos National Laboratory, USA) Abstracts The investigation of nanostructures at surfaces, interfaces and in thin films requires dedicated analytical techniques, which provide information from a molecular to a mesoscopic scale [1]. Grazing incidence small angle neutron scattering (GISANS) overcomes the limitations of conven- tional small-angle neutron scattering with respect to extremely small sample volumes in the thin film geometry by the use of the reflection geometry [2,3]. GISANS involves a combination of two techniques, GID (grazing incidence diffraction), which uses a reflection geometry to obtain surface and near surface sensitive scattering, and SAS (small angle scattering), which measures structures of 1 - 100 nm length in normal transmission mode. It is a non-destructive structural probe and does not require a special sample preparation. GISANS yields excellent sampling statistics (averages over macroscopic regions to provide information on nanometer scale) and provides information on particle geometry, size distributions and spatial correlations. In GISANS experiments, however, the high demand on collimation requests the use of high flux sources. After a basic introduction to the GISANS technique, several different examples of thin nano- structured polymer films are presented, to illustrate the possibilities and challenges of GISANS. In addition, the challenges and potentials of time-of-flight GISANS (short TOF-GISANS), which will be of high interest for the upcoming neutron sources such as ESS, are discussed in detail [4-6]. References: [1] A.Hexemer, P.Müller-Buschbaum, IUCrJ 2, 106-125 (2015). [2] P.Müller-Buschbaum, J.S.Gutmann, M.Stamm, R.Cubitt, S.Cunis, G.von Krosigk, R.Gehrke, W.Petry, Physica B 283, 53 (2000). [3] P.Müller-Buschbaum, Polymer Journal, 45, 34-42 (2013). [4] P.Müller-Buschbaum, G.Kaune, M.Haese-Seiler, J.-F. Moulin, J. Appl. Cryst., 47, 1228-1237 (2014). [5] S.Guo, B.Cao, W.Wang, J.-F.Moulin, P.Müller-Buschbaum, ACS Appl. Mater. Interfaces 7, 4641-4649 (2015). [6] Y.Yao, E.Metwalli, M.Opel, M.Haese, J.-F.Moulin, K.Rodewald, B.Rieger, P.Müller-Buschbaum, Adv. Mater. Interfaces 3, 1500712 (2016). 20 | July 9-13, 2017 | DCC, Daejeon, Korea B iography Peter Müller-Buschbaum is professor at Technical University Munich, heading the chair of Functional Materials in replacement of Professor Petry, since 2006. He is heading the keylab ‘TUM.solar’, which focuses on research of solar energy conversion and storage based on nanomaterials. He is heading the ‘Network for Renewable Energies’ (NRG) of the ‘Munich School of Engineering’ (MSE) and he is the German representative at the ‘European Polymer Federation’ (EPF) for polymer physics. He is associate editor of the journal “ACS Applied Materials & Interfaces”. His research focus is on polymer and hybrid nanostructures with special emphasis on advanced scattering experiments such as for example grazing incidence small angle neutron scattering (GISANS). ICNS 2017 | 21 Plenary V Victoria Garcia-Sakai ISIS Neutron and Muon Source Science and Technology Facilities Council, UK Title Life on the Fast Lane - Importance of Motions at the Nanoscale Session Chair: Kell Mortensen (Univ. of Copenhagen, Denmark) Abstracts Science in the 21st century is based around understanding life in tomorrow’s world by decon- structing complexity. In this quest, neutrons play a key role as they are able to give important insights into the properties and behaviour of complex systems. Albeit structural characterization being the initial step to understanding soft condensed matter including bio-related systems, ultimately many of their macroscopic properties such as viscosity, conductivity or enzymatic activity are related to motions in the picosecond and nanosecond timescales. Using examples from soft matter and life sciences, I will give a personal perspective on what neutron spectroscopy has achieved up to date and what we might expect for the future. Biography Dr. Victoria Garcia-Sakai joined ISIS as an instrument scientist for the neutron backscattering spectrometers IRIS and OSIRIS‚ in 2007. Prior to this she was an instrument scientist at the NIST‚ Center for Neutron Research in MD, USA. A chemical engineer by training at Imperial College London, she has concentrated my scientific career on understanding the behaviour of macromolecules, throughout her PhD at Imperial, her postdoc at Pennsylvania State University and her time at neutron facilities. Her research focuses on the exploitation of combining different neutron scattering techniques with different time and spatial scales, with molecular dynamics simulations, to better understand the dynamics in Soft Matter systems. Neutron scattering is an ideal tool since it is non-destructive, neutrons are highly penetrating, and probes atomic/molecules length scales and timescales which overlap with that from simulations. More specifically I am interested in the dynamics of polymeric and biological systems. V García Sakai, C. Alba-Simionesco, S.-H. Chen [Eds.], Dynamics of Soft Matter, Springer, New York, 2012. V García Sakai and A. Arbe, Quasielastic neutron scattering in soft matter, Current Opinion in Colloid & Intefrace Science 14 (2009) 381-390. 22 | July 9-13, 2017 | DCC, Daejeon, Korea P lenary VI Pengcheng Dai Rice University, USA Title Electron-Lattice-Magnetism Interactions in Iron-based Superconductors Session Chair: Toby Perring (ISIS,UK) Abstracts In this talk, I will present a summary of the recent progress in neutron scattering studies of iron-based superconductors. Using uniaxial pressure as a probe, we can study magnetism in iron pnictides in detwinned state and the effect of uniaxial pressure on their properties. We find that unaixial pressure necessary to detwin the sample can also increase the ordered moment near optimal superconductivity. In addition, spin waves in a ~100% mechanically detwinned sample are quite different from the description of a simple Heisenberg Hamiltonian. Finally, neutron spin resonance in antiferromagnetically ordered underdoped sample seems also to occur at the antiferromagnetic ordering wave vector in a detwinned states. These results put considerable constraints on theories of magnetism, spin waves, resonance and the origin of superconductivity in iron based superconductors. Biography Over the past 20 years, Pengcheng Dai has used neutron scattering techniques to make funda- mental contributions to our understanding of the magnetic properties of highly correlated electronic materials, particularly in the case of iron-based superconductors. Dai made important discoveries in the magnetic properties of copper oxide high-temperature superconductors. Dai's investigations provided foundational insight into the interplay between magnetism and superconductivity in iron- and copper based superconductors. His group was first to establish that superconductivity in iron-based compounds emerges from an antiferromagnetic state, with many similarities to the cuprates suggesting an unconventional pairing mechanism involving spin fluctuations. Dai received his PhD form the University of Missouri in 1993. He then moved to Oak Ridge National Laboratory, first as postdoc before becoming Staff Member in the Solid State Division. He then became Associate and Full Professor of Physics at the University of Tennessee and in 2008 was awarded the Chair of Excellence from the Joint Institute for Advanced Materials. Since July 2013, he is Professor of Physics at Rice University. Dai is elected Fellow of the American Association for the Advancement of Science, the American Physical Society, and the Neutron Scattering Society of America. He received the U.S. Department of Energy Outstanding Scientific Accomplishment Award in 1998, and is a winner of Sustained Research Prize of Neutron Scattering Society of America in 2016. ICNS 2017 | 23 Invited Speakers List No. Name Affiliation Country 1 Mitsuhiro Shibayama The Univ. of Tokyo Japan 2 Vinod Aswal BARC India 3 Kell Mortensen Univ. of Copenhagen Denmark 4 Yun Liu NIST USA 5 Arantxa Arbe Centro de Física de Materiales Spain 6 Giorgio Schiro CNRS France 7 Myung Chul Choi KAIST Korea 8 Luke Clifton ISIS UK 9 Marite Cardenas Malmö Univ. Sweden 10 Dustin A Gilbert NIST USA 11 Seung-Hun Lee Univ. of Virginia USA 12 Sungdae Ji POSTECH Korea 13 Bella Lake HZB Germany 14 Young Lee Stanford Univ. USA 15 Marc Janoschek Los Alamos Na'l Lab. USA 16 Michel Kenzelmann PSI Switzerland 17 Patrick Woodward Ohio State Univ. USA 18 Yo Tomota NIMS Japan 19 Xun-Li Wang City Univ. of Hong Kong Hong Kong 20 Matthias Ballauff HZB Germany 21 Vanessa Peterson ACNS Australia 22 Ashfia Huq ORNL USA 23 Yusheng Zhao Southern Univ. of Sci. and Tech. China 24 Christian Gruenzweig PSI Switzerland 25 Takenao Shinohara JAEA Japan 24 | July 9-13, 2017 | DCC, Daejeon, Korea No. Name Affiliation Country 26 Valery Shvetsov JINR Russia 27 Charles Dewhurst ILL France 28 Margarita Russina HZB Germany 29 Anton Khaplanov ESS ERIC Sweden 30 Eddy Lelièvre-Berna ILL France 31 Toshiji Kanaya J-PARC MLF Japan *32 Thomas E. Mason ORNL USA *33 Jeffrey W. Lynn NIST USA *34 Sunil K. Sinha Univ. of California San Diego USA *35 Gabriel Aeppli PSI Switzerland *36 Pengcheng Dai Rice Univ. USA * Special Tribute Session to Herb Mook ICNS 2017 | 25 Walter Hälg Prize Ceremony and Lecture Walter Hälg Prize The Walter Hälg prize was first made available to the European Neutron Scattering Association (ENSA) by a donation from the late Professor Walter Hälg who was the founder of neutron scattering in Switzerland. His wife Madeleine Hälg-Degen continues to sponsor the highly prestigious ENSA prize in his name. The Prize is awarded biennially to a European scientist for outstanding, coherent work in neutron scattering with long-term impact on scientific and/or technical neutron scattering applications. Prize Lecturer: Professor Juan Colmenero Affiliation: University of Basque Country, Spain Title: POLYMERS, NEUTRONS & COMPUTERS. A guided tour through the relaxation map of polymers Date and Time: Wednesday, July 12 / 16:15-17:00 Place: Grand Ballroom (2F) Citation: The most outstanding contribution of Juan Colmenero in the field of neutron scattering on complex materials such as polymers or soft matter in general was the creation of a pioneering, unique and robust scientific methodology based on the combination of neutron scattering with different spectroscopic methods and molecular dynamics (MD) simulations. He was one of the first to recognize that in intricate soft matter systems often neutrons alone are not enough to tell us, “where the atoms are and what they do” and that neutron scattering and MD simulations are natural partners. Juan Colmenero graduated from the University of Navarra, Spain, In 1979 he took a postdoctoral position in the Minsterio de Trabajo, Spain. Thereafter he went to the University of the Basque country in San Sebastian, where he started as an assistant professor. In 1989 he was appointed full professor at the faculty of chemistry and became the director of the Materials Physics Department. From 1999 to 2013 he was director at the of the “Donostia International Physics Center” that promotes international collaboration around neutron scattering techniques and provides a meeting point in San Sebastian for scientists from all over the world. From 2001 to 2011 he was the director of the Materials Physics Center (CFM), CSIC-UVP/EHU. Juan Colmenero has significantly contributed to raise the profile of neutron scattering in Spain. He was one of the founders of the “Sociedad Española de Técnicas de Neutrones (SETN)” and its first chairman. He is recipient of the “Xabier María de Munibe” Prize in Science and Technology (1998) of the Basque Parliament, the Euskadi Price (2000) of the Basque government and the gold medal of the Royal Spanish Physical Society (2003). 26 | July 9-13, 2017 | DCC, Daejeon, Korea A ONSA Prize Ceremony and Lecture AONSA Prize The Asia-Oceania Neutron Scattering Association (AONSA) awards the AONSA Prize every two years to a person or persons to recognize his/her or their outstanding research career with a significant impact or contribution to the use or development of neutron science and technology in the Asia-Oceania Region. The first three Prizes were awarded to Prof. Noboru Watanabe (KEK) in 2011, Prof. Balebail Anantha Dasannacharya (BARC) in 2013 and Prof. John William White in 2015. Prize Lecturer: Professor Nobuo Niimura Affiliation: Ibaraki University, Japan Title: Toward a New Epoch of Neutron Protein Crystallography. – My life of '50 Neutron Diffraction. – Date and Time: Wednesday, July 12 / 17:00-17:45 Place: Grand Ballroom (2F) Citation: “For his continuous contributions to the instrumental development and practical use of neutrons from Tohoku Linac, KENS, JRR-2 and 3 to J-PARC, especially the invention of the neutron imaging plate which opened a new paradigm in neutron protein crystallography all over the world including Asia-Oceania region, and for his devoted mentoring of young scientists in the community of neutron science.” Nobuo Niimura received Ph.D from University of Tokyo in March 1970 and in December, became a Research Associate of Faculty of Science Tohoku University. In the Faculty, he first met Professors Motoharu Kimura and Noboru Watanabe who initiated the construction of pulsed neutron source using an electron linear accelerator (Tohoku Linac). Nobuo also participated in the construction and in the utilization pulsed neutron beam for material science. (One of his pioneering works done in Tohoku University is a time-dependent pulsed neutron scattering study on ferroelectric material under high electric field.) In Tohoku University he accepted and grew many young scientists who later on played important roles for the construction and utilization of spallation neutron sources at KEK(KENS) and at J-PARC. Soon after he became a Professor of Tohoku University, he moved to Japan Atomic Energy Research Institute (JAERI) in Tokai and became a Prime Scientist in 1998. After the retirement of JAERI he moved to Ibaraki University and became a Professor of Graduate School in 2003 and Special Research Professor in 2008, Specially Assigned Research Fellow in 2013. In Ibaraki University, he also grew many young scientists and played an important role for the establishment of the Frontier Research Center for Applied Atomic Sciences, which accepts undergraduate and graduate students who study neutron scattering technique using pulsed neutron beam in J-PARC. ICNS 2017 | 27 Scientific Programs Presenter and Chair Information Oral Sessions All contributed and invited speakers must report to the session chairs prior to the beginning of the session. The allocation for each Contributed Oral presentation is 15 minutes. a) 12 minutes for the presentation b) 3 minutes for Q & A The allocation for each Invited Oral presentation is 30 minutes. a) 25 minutes for the presentation b) 5 minutes for Q & A Guideline for Oral Session Chairs The Chair of each oral session is expected to arrive at the session room at least 10 minutes prior to the session. All Contributed/Invited speakers will have 15/30 minutes for presentation and discussion. Please ring the bell once in 10/20 minutes after start, and twice in 12/25 minutes. It is recommended to save the last 3/5 minutes for discussion. • Session rooms will be ready with laptop computers installed with MS PowerPoint, which the speakers are encouraged to use for their presentations in order to avoid delays in schedule. • The speakers are advised to bring their PowerPoint presentation files on USB memory sticks AND be also ready with a backup version of their presentations. Please transfer the file to the laptop computer in the session room during the break between the sessions • If you are a Mac user, please bring your Mac-to-VGA adapter. • Speakers should arrive in the session room 15 minutes BEFORE the start of their sessions to report to the session chair. 28 | July 9-13, 2017 | DCC, Daejeon, Korea P oster Sessions Poster session will be held at the Exhibition Hall (1F) on July 10~12. The board size 1 m (width) by 2 m (height) will be provided for the display of each paper. Each paper's code will be shown on the board and tapes will be provided in the poster presentation area. All presenters are required to preside at their poster panels during the session for discussion with participants. Place: Exhibition Hall (1F) Poster Session I Poster Session II Poster Session III Date July 10 (Mon.) July 11 (Tue.) July 12 (Wed.) Put-up Time 08:00~16:00 08:00~12:00 08:00~12:00 Presentation Time 16:30~18:30 12:30~14:30 Take-down Time 18:30~19:30 16:00~18:00 Access to Abstracts to the web All the abstracts (Oral and Poster) can be accessible via mobile ICNS website at http://icns2017.org/m/. A PDF abstract book will be also available for download via ICNS2017 website after the conference at http://www.icns2017.org as well. ICNS 2017 | 29 M onday, July 10, 2017 09:15-09:45 Opening Ceremony (2F, Grand Ballroom) 09:45-10:30 Plenary I Hideo Hosono “Hydrogen-substituted Iron-Based Superconductors and Relevant Compounds” (2F, Grand Ballroom) 10:30-11:00 Coffee Break 11:00-12:30 Oral Sessions MoA1 (Room A) Superconductors I MoB1 (Room B) Neutron Facilities I MoC1 (Room C) Thin Films & Nano Magnetism I MoD1 (Room D) Polyelectrolytes and Polymer Gels MoE1 (Room E) Biological System I MoF1 (Room F) Sample Environment and Software I 12:30-14:00 Lunch Break 14:00-16:30 Oral Sessions MoA2 (Room A) Special Tribute to Herb Mook MoB2 (Room B) Inelastic Scattering Instrumentations MoC2 (Room C) Thin Films & Nano Magnetism II MoD2 (Room D) Soft Matter Interactions and Self Assembly MoE2 (Room E) Biological System II MoF2 (Room F) Industrial Applications I 16:30-18:30 Poster Session I (1F, Exhibition Hall) ICNS 2017 | 31 * Complete abstracts are accessible on-line at Session Title [MoA1] Superconductors I Date and Time July 10 (Monday) / 11:00-12:30 Place Room A (1F) Session Chair Jitae Park (TU Munchen, Germany) Jeffrey Lynn (NIST Center for Neutron Research, USA) MoA1-1 11:00-11:15 a-b Anisotropy of the Intra-Unit-Cell Magnetic Order in YBa2Cu3O6.6 Lucile Mangin-Thro1,2, Yuan Li3,4, Yvan Sidis1, and Philippe Bourges1 1LLB, France, 2ILL, France, 3Max Planck Inst., Germany, 4Peking Univ., China MoA1-2 11:15-11:30 Field-Induced Electronic Phase-Separation in a Critically Doped High-Tc Superconductor Linda Udby1, Sonja L. Holm2, Jacob Larsen3, Barrett O. Wells4, Martin Boehm5, Astrid Schneidewind6, Christof Niedermayer7, Tatsuo Goko8, Jean-Claude Grivel9, and Kim Lefmann10 1Univ. of Copenhagen, Denmark, 2Univ. of Aarhus, Denmark, 3TU Denmark, Denmark, 4Univ. of Connecticut, USA, 5ILL, France, 6JCNS at MLZ, Germany, 7PSI, Switzerland, 8Laboratory for Muon Spin Spectroscopy, Switzerland, 9Department of Energy Conversion and Storage, Switzerland, 10Univ. of Copenhagen, Denmark MoA1-3 11:30-11:45 Development of Spin-Wave-like Dispersive Excitations below the Pseudogap Temperature in the High-Temperature Superconductor La2-xSrxCuO4 Masato Matsuura1, Shou Kawamura2, Masaki Fujita2, Ryoichi Kajimoto3, and Kazuyoshi Yamada4 1CROSS, Japan, 2Tohoku Univ., Japan, 3JAEA, Japan, 4HEARO, Japan MoA1-4 11:45-12:00 Combining Neutron Scattering and Imaging to Investigate Domain Structures in Superconductors Alexander Backs, Tommy Reimann, Michael Schulz, Sebastian Mühlbauer, Tobias Neuwirth, and Peter Böni TU Munich, Germany MoA1-5 12:00-12:15 Temperature and Field Dependence of the Magnetic Structure in Weak Ferromagnetic Superconductor Tb0.47Y0.53Ni2B2C Misato Takahashi1, Hiroyuki Takeya2, Adam Aczel3, Tao Hong3, Masaaki Matsuda3, and Hazuki Furukawa1 1Ochanomizu Univ., Japan, 2NIMS, Japan, 3ORNL, USA ICNS 2017 | 33 Session Title [MoB1] Neutron Facilities I Date and Time July 10 (Monday) / 11:00-12:30 Place Room B (1F) Session Chair Shane Kennedy (ESS, Sweden) Chang-Hee Lee (KAERI, Korea) MoB1-1 (Invited) 11:00-11:30 Endurance: Modernizing the ILL’s Instrument Suite and Infrastructure Charles Dewhurst and Charles Simon ILL, France MoB1-2 11:30-11:45 Present Status of Neutron Instrumentation at Reactor IR-8 at NRC “Kurchatov Institute” V. T. Em, V. A. Somenkov, and V. P. Glazkov Kurchatov Institute, Russia MoB1-3 11:45-12:00 China Mianyang Research Reactor (CMRR): A New Operating Neutron Scattering Platform Jian Gong and Guangai Sun China Academy of Engineering Physics, China MoB1-4 12:00-12:15 The Argentinean Neutron Beams Laboratory Project Javier Santisteban, Florencia Cantargi, Miguel Vicente Alvarez, Aureliano Tartaglione, Gabriela Aurelio, Karina Pierpauli, and Rolando Granada Argentine Atomic Energy Commission, Argentina MoB1-5 12:15-12:30 New Instrumentation in the JEEP II Reactor at IFE, Kjeller: Norwegian Center for Neutron Research - NcNeutron Bjørn C. Hauback, Stefano Deledda, Christoph Frommen, Geir Helgesen, Kenneth D. Knudsen, Isabel Llamas-Jansa, and Magnus H. Sørby Inst. for Energy Tech., Norway 34 | July 9-13, 2017 | DCC, Daejeon, Korea Session Title [MoC1] Thin Films & Nano Magnetism I Date and Time July 10 (Monday) / 11:00-12:30 Place Room C (1F) Session Chair Valeria Lauter (ORNL, USA) Dustin Gilbert (NIST, USA) MoC1-1 11:00-11:15 Magnetism and Superconductivity in Double Delta-Doped Transition-Metal-Oxide Structures Grown by Oxide Molecular Beam Epitaxy Gideok Kim, Yury Khaydukov, Georg Cristiani, Gennady Logvenov, and Bernhard Keimer Max Planck Inst. for Solid State Research, Germany MoC1-2 11:15-11:30 Proximity Effects Across the Hybrid Oxide Interfaces of Superconductor-Insulator-Ferromagnet Heterostructure Amitesh Paul1, C. L. Prajapat2, Surendra Singh2, Debarati Battacharya2, G. Ravikumar2, and Saibal Basu2 1TU Munich, Germany, 2BARC, India MoC1-3 11:30-11:45 Emergence of Novel Multiferroicity in Epitaxially Strained REMnO3(RE = Gd-Lu) Thin Films Saumya Mukherjee1,2, Kenta Shimamoto1, Sebastian Manz2, Yoav Windsor1, Jonathan White1, Morgan Trassin2, Mahesh Ramakrishnan1, Sergii Parchenko1, Urs Staub1, Laurent Chapon3, Bachir Ouladdiaf3, Thomas Lippert1,2, Michel Kenzelmann1, Manfred Fiebig2, Christof Schneider1, and Christof Niedermayer1 1PSI, Switzerland, 2ETH Zurich, Switzerland, 3ILL, France MoC1-4 11:45-12:00 Electric Field Control of Magnetism within an All-Oxide Hybrid Heterostructure of Multiferroic EuO/BaO Jingfan Ye1, Sina Mayr1, Rainer Held2, Jochen Stahn3, Amitesh Paul1, Jochen Mannhart2, and Peter Böni1 1TU Munich, Germany, 2Max-Planck-Inst. for Solid State Research, Germany, 3PSI, Switzerland ICNS 2017 | 35 MoC1-5 12:00-12:15 Time Change of Spatial Magnetization Distribution in Nanospheres Investigated by Small-Angle Neutron Scattering Dominika Zákutná1,2, Jan Vlček3, Michael Smik4, Daniel Nižňanský5, Dirk Honecker1, and Sabrina Disch2 1ILL, France, 2Univ. of Cologne, Germany, 3Univ. of Chemistry and Tech., Czech, 4 JCNS at MLZ, Germany, 5Charles Univ. in Prague, Czech MoC1-6 12:15-12:30 Spin Structures of Antiferromagnetic Nanoparticles Studied with Polarized Neutron Powder Diffraction Erik Brok1, Kim Lefmann1, Gøran Jan Nilsen2, Mathias Kure3, Pascale P Deen4, Bente Lebech3, Henrik Jacobsen1,5, Lukas Keller6, and Cathrine Frandsen3 1Univ. of Copenhagen, Denmark, 2ISIS, UK, 3Technical Univ. of Denmark, Denmark, 4ESS ERIC, Sweden, 5Univ. of Oxford, UK, 6PSI, Switzerland 36 | July 9-13, 2017 | DCC, Daejeon, Korea Session Title [MoD1] Polyelectrolytes and Polymer Gels Date and Time July 10 (Monday) / 11:00-12:30 Place Room D (1F) Session Chair Kell Mortensen (Univ. of Copenhagen, Denmark) Max Wolff (Uppsala Univ., Sweden) MoD1-1 (Invited) 11:00-11:30 Small-Angle Neutron Scattering on Advanced Polymer Gels Mitsuhiro Shibayama The Univ. of Tokyo, Japan MoD1-2 11:30-11:45 Gel Phase Formation in Dilute Triblock Polyelectrolyte Complexes Samanvaya Srivastava1, Marat Andreev1, Adam Levi1, Vivek Prabhu2, William Heller3, Juan de Pablo1, and Matthew Tirrell1 1The Univ. of Chicago, USA, 2NIST, USA, 3ORNL, USA MoD1-3 11:45-12:00 Thermoresponsive Hydrogel Nanocomposites with Tuneable Deswelling Kinetics Barbara Berke1,2, Lionel Porcar1, Orsolya Czakkel1, and Krisztina Laszlo2 1ILL, France, 2Budapest Univ. of Tech. and Economics, Hungary MoD1-4 12:00-12:15 Dynamics of PNIPAM Microgels at High Concentrations Marco Zanatta1, Elena Buratti2,3, Monica Bertoldo2, Emanuela Zaccarelli4, and Andrea Orecchini5,6 1Università di Verona, Italy, 2CNR-IPCF, Italy, 3Università di Pisa, Italy, 4Università “La Sapienza”, Italy, 5Università degli Studi di Perugia, Italy, 6Università di Perugia, Italy MoD1-5 12:15-12:30 Aqueous Polyelectrolyte/Surfactant Mixtures: Effect of Salt on the Adsorption at the Air/Water Interface Investigated by Neutron Reflectometry Larissa Braun1, Richard Campbell2, and Regine von Klitzing1 1TU Darmstadt, Germany, 2ILL, France ICNS 2017 | 37 Session Title [MoE1] Biological System I Date and Time July 10 (Monday) / 11:00-12:30 Place Room E (2F) Session Chair Selma Maric (Malmö Univ., Sweden) Tae-Hwan Kim (Chonbuk Nat'l Univ., Korea) MoE1-1 (Invited) 11:00-11:30 Protein Dynamical Transition in Hydrated and Water-Free Proteins Giorgio Schiro1, Antonio Cupane2, Yann Fichou3, Douglas Tobias4, and Martin Weik5 1CNRS, France, 2Univ. of Palermo, Italy, 3Univ. of California Santa Barbara, USA, 4Univ. of California Irvine, USA, 5CEA, France MoE1-2 11:30-11:45 General Protonation Analysis of Histidines using 10 Neutron PDBs of Glucose Isomerase Masamichi Kimiyama and Ichiro Tanaka Ibaraki Univ., Japan MoE1-3 11:45-12:00 Structure and Water Permeability of CNS and PNS Myelin Investigated by Steady State and Time-Resolved Neutron Diffraction Andrew R. Denninger1, Bruno Demé2, Viviana Cristiglio2, and Daniel A. Kirschner1 1Boston College, USA, 2ILL, France MoE1-4 12:00-12:15 Neutron Cyocrystallography Reveals the Nature of Ferryl Heme Intermediates in Peroxidases Hanna Kwon1, Jaswir Basran1, Cecilia Casadei1,2, Alistair Fielding3, Tobias Schrader4, Andreas Ostermann5, Juliette Devos2, Pierre Aller6, Matthew Blakeley2, Peter Moody1, and Emma Raven1 1Univ. of Leicester, UK, 2ILL, France, 3The Univ. of Manchester, UK, 4JCNS, Germany, 5TU Munich, Germany, 6Diamond Light Source Ltd, UK MoE1-5 12:15-12:30 Invisible Deuterated Detergents for Membrane Protein SANS Investigations Tamim Darwish1, Soren Midtgaard2, Elliot Gilbert1, and Lise Arleth2 1ANSTO, Australia, 2Niels Bohr Inst., Denmark 38 | July 9-13, 2017 | DCC, Daejeon, Korea Session Title [MoF1] Sample Environment and Software I Date and Time July 10 (Monday) / 11:00-12:30 Place Room F (2F) Session Chair Toshiya Otomo (KEK, Japan) Yong Nam Choi (KAERI, Korea) MoF1-1 (Invited) 11:00-11:30 Effective, Efficient and Innovative Sample Environments Eddy Lelièvre-Berna ILL, France MoF1-2 11:30-11:45 New Sample Environment Projects and Developments at the Australian Centre for Neutron Scattering P. Imperia, N. Booth, T. M. D'Adam, G. Davidson, S. Lee, and A. G. Manning ANSTO, Australia MoF1-3 11:45-12:00 McStas Union Components for Multiple Scattering in Complex Sample Environments Mads Bertelsen and Kim Lefmann Univ. of Copenhagen, Denmark MoF1-4 12:00-12:15 Simulation Tools for Detector and Instrument Design Kalliopi Kanaki1, Thomas Kittelmann1, Xiao Xiao Cai1,2, Esben Klinkby2, Erik Bergbäck Knudsen2, Peter Willendrup1,2, and Richard John Hall-Wilton1,3 1ESS ERIC, Sweden, 2DTU, Denmark, 3Mid-Sweden Univ., Sweden MoF1-5 12:15-12:30 Mantid at the European Spallation Source Michael Wedel1, Simon Heybrock1, Lamar Moore2, Owen Arnold2, and Jonathan Taylor1 1ESS ERIC, Denmark, 2ISIS, UK ICNS 2017 | 39 Session Title [MoA2] Special Tribute to Herb Mook Date and Time July 10 (Monday) / 14:00-16:30 Place Room A (1F) Session Chair Jaime A. Fernandez-Baca (ORNL, USA) MoA2-1 (Invited) 14:00-14:30 Reflections on Herb Mook's Contributions: Neutrons and Tennis Around the World Thomas E. Mason ORNL, USA MoA2-2 (Invited) 14:30-15:00 Highly Correlated Electron Systems-Half a Century of Progress Jeffrey W. Lynn NIST, USA MoA2-3 (Invited) 15:00-15:30 Exploring the Interactions Between Magnetism and Superconductivity with Herb Mook Sunil K. Sinha Univ. of California San Diego, USA MoA2-4 (Invited) 15:30-16:00 Hot and Cold Neutrons with Herb Mook - Going Beyond NMR and Optics to Understand Pairing in Superconductors Gabriel Aeppli PSI, Switzerland MoA2-5 (Invited) 16:00-16:30 Neutron Spin Resonance in Unconventional Superconductors: From Copper Oxides to Iron Pnictides and Heavy Fermions Pengcheng Dai Rice Univ., USA 40 | July 9-13, 2017 | DCC, Daejeon, Korea Session Title [MoB2] Inelastic Scattering Instrumentations Date and Time July 10 (Monday) / 14:00-16:30 Place Room B (1F) Session Chair Bella Farago (ILL, France) Kenji Nakajima (J-PARC, Japan) MoB2-1 (Invited) 14:00-14:30 Upgrade Project NEAT’2016 at Helmholtz Zentrum Berlin - What Can Be Done at Medium Flux Source Margarita Russina1, Gerrit Guenther1, Verinika Grzimek1, Lars Drescher1, Moritz-Casper Schlegel1,2, Ramil Gainov1, Toralf Kaulich1, Werner Graf1, Annette Daske1, Kerstin Grotjahn1, Rolf Hellhammer1, Guido Buchert1, Heinrich Kutz1,Lutz Rossa1, Olaf-Peter Sauer1, and Michael Fromme1 1HZB, Germany, 2Federal Inst. for Materials Research and Testing Berlin, Germany MoB2-2 14:30-14:45 Mushroom - A New Type of Spectrometer Robert Bewley ISIS, UK MoB2-3 14:45-15:00 Towards Design and Construction of MIRACLES, the TOF-Backscattering Instrument at the European Spallation Source Iñigo Herranz1,2, Paula Luna1,2, Heloisa N Bordallo3,4, Melissa Sharp4, Jorge Aguilar1,2, Miguel Magan1,2, Tomas Mora1,2, Fernando Sordo1,2, Marita Mosconi1, Ander Serrano1, Estefania Abad1, Jose Manuel Perlado2, and Felix J Villacorta1 1Consorcio ESS-Bilbao, Spain, 2Inst. de Fusión Nuclear-UPM, Spain, 3Univ. of Copenhagen, Denmark, 4ESS ERIC, Sweden MoB2-4 15:00-15:15 The ILL NSE Upgrades and First Results Bela Farago, Peter Falus, Peter Fouquet, and Orsolya Czakkel ILL, France MoB2-5 15:15-15:30 Design and First Year-Operation Results from EMU, the High-Resolution Backscattering Spectrometer at ANSTO Nicolas R de Souza ANSTO, Australia ICNS 2017 | 41 MoB2-6 15:30-15:45 A Test of TOF-MIEZE Reflectometry for Study of Nanomagnetic Dynamics Masahiro Hino1, Tatsuro Oda1, Hitoshi Endo2, Norifumi Yamada2, Hideki Seto2, and Yuji Kawabata1 1Kyoto Univ., Japan, 2KEK, Japan MoB2-7 15:45-16:00 BIFROST Anin-Plane Spectrometer for The European Spallation Source Rasmus Toft-Petersen1,2, Jonas Okkels Birk3, Liam Whitelegg1,2, Kim Lefmann3, Rodion Kolevatov4, Philippe Bourges5, Niels B. Christensen1, Martin Olsen3, Mads Bertelsen3, Marton Marko6, Christof Niedermayer7, and Henrik Ronnow8 1TU Denmark, Denmark, 2ESS ERIC, Sweden, 3Univ. of Copenhagen, Denmark, 4Inst. for Energy Tech., Norway, 5LLB, UMR12 CEA-CNRS, CEA Saclay, France, 6Wigner Research Centre for Physics, Hungary, 7PSI, Switzerland, 8EPFL, Swaziland MoB2-8 16:00-16:15 BAMBUS: a New Inelastic Neutron Multiplexed Analyser for the Cold Neutron TAS Panda, MLZ Alexandre Bertin1, Astrid Schneidewind2, Petr Cermak2, Herbert Freilbach2, Jacqueline Peetz2, Joshua Lim1, Rasmus Toft-Petersen3, Felix Groitl4, Thomas Brückel2, and Dmytro Inosov1 1TU Dresden, Germany, 2JCNS at MLZ, Germany, 3DTU, Denmark, 4PSI, Switzerland MoB2-9 16:15-16:30 Exploring Correlated Electron Systems on the Cold Triple-Axis Spectrometer ThALES @ ILL Martin Boehm1, Paul Steffens1, Jiri Kulda1, Milan Klicpera2, and Vladimir Sechovsky2 1ILL, France, 2Charles Univ., Czech 42 | July 9-13, 2017 | DCC, Daejeon, Korea Session Title [MoC2] Thin Films & Nano Magnetism II Date and Time July 10 (Monday) / 14:00-16:30 Place Room C (1F) Session Chair Sungkyun Park (Pusan Nat'l Univ., Korea) MoC2-1 (Invited) 14:00-14:30 Mapping Inside Magneto-Ionic Devices with Neutron Reflectometry Dustin A Gilbert NIST, USA MoC2-2 14:30-14:45 Artificially Designed Magnetic Domain Patterns Investigated by Neutron Scattering Thomas Saerbeck1, Nina-Juliane Steinke2, Henning Huckfeldt3, Iris Koch3, and Arno Ehresmann3 1ILL, France, 2ISIS, UK, 3Univ. of Kassel, Germany MoC2-3 14:45-15:00 Fe-Layer Induced Ferromagnetism in Polycrystalline Pd Studied using In-Situ Polarised Neutron Reflectometry Sina Mayr1, Jingfan Ye1, Jochen Stahn2, Oliver Klein3, Andreas Schmehl3, Thomas Mairoser3, Alexander Herrnberger3, Amitesh Paul1, Björgvin Hjörvarsson4, Jochen Mannhart5, Manfred Albrecht3, Peter Böni1, and Wolfgang Kreuzpaintner1 1TU Munich, Germany, 2PSI, Switzerland, 3Univ. of Augsburg, Germany, 4Uppsala Univ., Sweden, 5Max Planck Inst. for Solid State Research, Germany MoC2-4 15:00-15:15 Reconfigurable Magnetic States in Multi-Layered Synthetic Antiferromagnets Nina-Juliane Steinke1, Amalio Fernández-Pacheco2, Alexander Welbourne2, Shin-Liang Chin2, Dhishant Mahendru2, Rhodri Mansell2, Dorothee Petit2, Sean Langridge1, and Russell Cowburn2 1ISIS, UK, 2Univ. of Cambridge, UK MoC2-5 15:15-15:30 Depth Control of Ferromagnetism in FePt3 Films by Ion-Irradiation G. L. Causer1,2, D. L. Cortie1, H. Zhu2, M. Ionescu2, G. J. Mankey3, and F. Klose2 1Univ. of Wollongong, Australia, 2ANSTO, Australia, 3Univ. of Alabama, USA ICNS 2017 | 43 MoC2-6 15:30-15:45 Polarized Neutron Reflectometry Applied to In-Situ Thin Film Growth Wolfgang Kreuzpaintner1, Sina Mayr1, Jingfan Ye1, Birgit Wiedemann1, Amitesh Paul1, Thomas Mairoser2, Andreas Schmehl2, Alexander Herrnberger2, Jochen Stahn3, Jean-Francois Moulin4, Panagiotis Korelis3, Martin Haese4, Matthias Pomm4, Peter Böni1, and Jochen Mannhart5 1TU Munich, Germany, 2Universität Augsburg, Germany, 3PSI, Switzerland, 4HZG, Germany, 5Max-Planck-Institut für Festkörperforschung, Germany MoC2-7 15:45-16:00 Evidence for Ferromagnetic Ordering in the MAX Phase(Cr0.95Mn0.05)2GeC Oleg Rivin1,2, El'ad N. Caspi2, Asaf Pesach2, Hagai Shaked3, Andreas Hoser1, Robert Georgii4, Quanzheng Tao5, Johanna Rosen5, and Michel W. Barsoum6 1HZB, Germany,2Nuclear Research Centre - Negev, Israel, 3Ben-Gurion Univ. of the Negev, Israel, 4FRM II, Germany. 5Linköping Univ., Sweden, 6Drexel Univ., USA MoC2-8 16:00-16:15 The Role of Surface and Interfaces in Affecting the Magnetization of Fe4N Thin Films Mukul Gupta1, Nidhi Pandey1, Rajeev Rawat1, Syed Mohd Amir2, Sabine Pütter2, Jochen Stahn3, and Ajay Gupta4 1UGC-DAE Consortium for Scientific Research, University Campus, India, 2JCNS at MLZ, Germany, 3PSI, Switzerland, 4Amity Univ., India MoC2-9 16:15-16:30 Proximity Effects in Topological Insulator Heterostructures Valeria Lauter ORNL, USA 44 | July 9-13, 2017 | DCC, Daejeon, Korea Session Title [MoD2] Soft Matter Interactions and Self Assembly Date and Time July 10 (Monday) / 14:00-16:30 Place Room D (1F) Session Chair Yun Liu (NIST, USA) So Youn Kim (UNIST, Korea) MoD2-1 (Invited) 14:00-14:30 Nanoparticle-Protein Interactions and their Resultant Structures Vinod Aswal BARC, India MoD2-2 14:30-14:45 Liquid Crystals with Hierarchical Ordering Liliana de Campo1,2, Minoo Moghaddam3, Anna Sokolova1, Christine Rehm1, Rainer Mittelbach4, Trond Varslot1, Toen Castle5, Chris Garvey1, Nigel Kirby6, and Stephen Hyde2 1ANSTO, Australia, 2Australian Nat'l Univ., Australia, 3Nanomed, Australia, 4ACARA, Australia, 5Univ. of Pennsylvania, USA, 6Australian Synchrotron, Melbourne, Australia MoD2-3 14:45-15:00 Monitoring of Protein Interactions in Frozen and Freeze-Dried Solution States using Small Angle Scattering Techniques Viviana Cristiglio1, Maria Monica Castellanos2,3, Isabelle Grillo1, Joseph E. Curtis3, and Evgenyi Shalaev4 1ILL, France, 2Inst. for Bioscience and Biotechnology Research, USA, 32NIST, USA, 4Allergan Inc., USA MoD2-4 15:00-15:15 Solubility Enhancement of Aromatic Amino Acids and Peptides in Aqueous Solution of Divalent Transition-Metal Cations - QENS Study Dehong Yu1, Guosheng Shi2, Richard Mole1, and Haiping Fang2 1ANSTO, Australia, 2CAS, China MoD2-5 15:15-15:30 Synergistic Use of Computer Simulations in Neutron Scattering Investigations of Soft Materials Changwoo Do1, Jan-Michael Carrillo1, Suk-kyun Ahn2, and Gregory S. Smith1 1ORNL, USA, 2Pusan Univ., Korea ICNS 2017 | 45 MoD2-6 15:30-15:45 Self-Assembly of Unilamellar Vesicles: Insight into the Bilayer Structure from Employing Different Contrast Conditions Anja F. Hörmann1, Katharina Bressel1, Sebastian Bayer1, Theyencheri Narayanan2, Jérémie Gummel2, Sylvain Prévost3, and Michael Gradzielski1 1TU Berlin, Germany, 2European Synchrotron Radiation Facility, France, 3ILL, France MoD2-7 15:45-16:00 Small Angle Scattering Study on Phase Behavior of a Mixture of Amphiphilic Block Copolymer/Additives in Aqueous Solution Tae-Hwan Kim1,2, Eunhye Kim1, Jong Dae Jang1, and Young-Soo Han1 1Chonbuk Nat'l Univ., Korea, 2KAERI, Korea MoD2-8 16:00-16:15 Highly Ordered and Highly Aligned Hexagonal, Honeycomb, and Kagome Self-Assembled Superlattices of Binary 1D Nanoparticles Sung-Hwan Lim1, Taehoon Lee1, Younghoon Oh2, Theyencheri Narayanan3, Bong June Sung2, and Sung-Min Choi1 1KAIST, Korea, 2Sogang Univ., Korea, 3European Synchrotron Radiation Facility, France 46 | July 9-13, 2017 | DCC, Daejeon, Korea Session Title [MoE2] Biological System II Date and Time July 10 (Monday) / 14:00-16:30 Place Room E (2F) Session Chair Giorgio Schiro (CNRS, France) Ichiro Tanaka (Ibaraki Univ., Japan) MoE2-1 (Invited) 14:00-14:30 Assembly Architectures of Microtubules Triggered by Polycations Juncheol Lee1, Jimin Lee1, Chaeyeon Song2, Herbert Miller3, Leslie Wilson3, Cyrus Safinya3, and Myung Chul Choi1 1KAIST, Korea, 2Amore-Pacific Co. R&D Center, Korea, 3UCSB, USA MoE2-2 14:30-14:45 The Effects of Deuterium on Human Serum Albumin John White1, Trevor Forsyth2, Michael Haertlein3, Valerie Laux3, Hess David3, and Fraser Nicolas1 1Australian Nat'l Univ., Australia, 2Keele Univ., UK, 3LL, France MoE2-3 14:45-15:00 Membrane Permeation versus Amyloidogenicity: A Multitechnique Study of Islet Amyloid Polypeptide Interaction with Model Membranes Anne Martel1, Lucas Antony2, Yuri Gerelli1, Lionel Porcar1, Aaron Fluitt2, Kyle Hoffmann2, Irena Kiesel1, Michel Vivaudou3, Giovanna Fragneto1, and Juan J. de Pablo2 1ILL, France, 2Univ. of Chicago, USA, 3Institut de Biologie Structurale, France MoE2-4 15:00-15:15 Orchestrated Domain Movement in Catalysis by Cytochrome P450 Reductase Samuel Freeman1,2, Anne Martel2, Emma L. Raven1, and Gordon C.K. Roberts1 1Univ. of Leicester, UK, 2ILL, France MoE2-5 15:15-15:30 Dynamic Reorganisations of Photosynthetic Membranes as Revealed by Neutron Scattering Gergely Nagy1,2, Renáta Ünnep1, and Győző Garab1 1Hungarian Academy of Sciences, Hungary, 2PSI, Switzerland ICNS 2017 | 47 MoE2-6 15:30-15:45 Inter-Lamellar Interactions and Multi-Lamellar Vesicle Formations under Shear Hideki Seto1, Michihiro Nagao2,3, and Youhei Kawabata4 1HEARO, Japan, 2Indiana Univ., USA, 3NIST, USA, 4Tokyo Metropolitan Univ., Japan MoE2-7 15:45-16:00 Effect of Nanodiamond Surfaces on Drug Delivery Systems Debsindhu Bhowmik1,2, Gurpreet Dhindsa1, Utsab Shrestha1, Eugene Mamontov2, and Xiang-Qiang Chu1 1Wayne State Univ., USA, 2ORNL, USA MoE2-8 16:00-16:15 Fractional Dynamics in Silkworm Silk and Spider Silk Igor Krasnov1, Tilo Seydel2, Imke Greving3, Malte Blankenburg3, and Martin Müller1,3 1Kiel Univ., Germany, 2ILL, France, 3HZG, Germany MoE2-9 16:15-16:30 DNAIonogel: Structure and Self-Assembly Pankaj Kumar Pandey Jawaharlal Nehru Univ. 48 | July 9-13, 2017 | DCC, Daejeon, Korea Session Title [MoF2] Industrial Applications I Date and Time July 10 (Monday) / 14:00-17:00 Place Room F (2F) Session Chair Ronald Jones (NIST, USA) MoF2-1 (Invited) 14:00-14:30 SINE2020 - Strengthening the Role of Neutron Science in Industrial Innovation Marc Thiry1 and Caroline Boudou2 1HZG, Germany, 2ILL, France MoF2-2 (Invited) 14:30-15:00 Using Manufacturing Customers to Drive Innovation, Impact, and Funding of User Facilities Ronald Jones NIST, USA MoF2-3 (Invited) 15:00-15:30 Neutron Scattering Leads Material Design in Industry Kaoru Sato JFE Techno-Research Corporation, Japan MoF2-4 (Invited) 15:30-16:00 Application of Neutron Reflectometry for Development of Hybrid and Fuel Cell Vehicles Masashi Harada1, Hiroyuki Kawaura1, Kenji Kudo1, Jun Sugiyama1, Norifumi Yamada2 1Toyota CRDL, Japan, 2KEK, Japan MoF2-5 (Invited) 16:00-16:30 Effects of Microstructural Behavior on Stress-Relaxation Properties of Inconel X-750 Helical Springs Jeong Won Ha1, Baek Seok Seong2, Wanchuck Woo2, Hi Won Jeong3, Yoon Suk Choi4, and Namhyun Kang4 1KOS LIMITED, Korea, 2KAERI, Korea, 3KIMS, Korea, 4Pusan Nat'l Univ., Korea MoF2-6 (Invited) 16:30-17:00 LINX -Linking Industry to Neutrons and X-Rays Erik Brok, Nicholas Skar-Gislinge, and Lise Arleth Univ. of Copenhagen, Denmark ICNS 2017 | 49 T uesday, July 11, 2017 09:00 Plenary II. Tim Lodge "Time-Resolved SANS Quantifies the Dynamics of Single Chain Exchange in Block Copolymer Micelles" (2F, Grand Ballroom) 09:45 Plenary III. Jean-Marie Tarascon "Reaction Mechanisms in Electrode/Battery Systems via Advanced Operando Techniques" (2F, Grand Ballroom) 10:30-11:00 Coffee Break 11:00-12:30 Oral Sessions TuA1 (Room A) Superconductors II TuB1 (Room B) Neutron Facilities II TuC1 (Room C) Magnetic Oxides TuD1 (Room D) Polymer Dynamics TuE1 (Room E) Biological Interface I TuF1 (Room F) Energy Materials I 12:30-14:30 Lunch & Poster Session 2 (1F, Exhibition Hall) 14:30-16:00 Oral Sessions TuA2 (Room A) Multiferroics TuB2 (Room B) Elastic Scattering Instrumentations I TuC2 (Room C) Magnetic Domain Imaging TuD2 (Room D) Nanoparticles and Self-Assembly TuE2 (Room E) Biological Interface II TuF2 (Room F) Energy Materials II ICNS 2017 | 51 * Complete abstracts are accessible on-line at Session Title [TuA1] Superconductors II Date and Time July 11 (Tuesday) / 11:00-12:30 Place Room A (1F) Session Chair Linda Udby (U Coppenhagen, Denmark) Masaki Fujita (Tohoku Univ., Japan) TuA1-1 11:00-11:15 Magnetic Resonant Excitations in Heavily Electron-Doped Iron-Selenide Superconductors Jitae Park1, Qisi Wang2, Bingying Pan2, Yao Shen2, Yu Feng2, Die Hu2, Yiqing Hao2, Hongliang Wo2, Jeff Lynn3, Alexander Ivanov4, Songxue Chi5, M. Matsuda5, Huibo Cao5, Andrew Christianson5, Robert Birgeneau6, Dmitri fremov7, and Jun Zhao2 1TU Munich, Germany, 2Fudan Univ., China, 3NIST, USA, 4ILL, France, 5ORNL, USA, 6Univ. of California, Berkeley, USA, 7IFW Dresden, Germany TuA1-2 11:15-11:30 Effect of Nematic Order on the Low-Energy Spin Fluctuations in Detwinned BaFe2-xNixAs2 Systems Wenliang Zhang1, J. T. Park2, Xingye Lu1, Yuan Wei1, Xiaoyan Ma1, Lijie Hao3, Pengcheng Dai4, Ziyang Meng1, Yi-feng Yang1, Huiqian Luo1, and Shiliang Li1 1CAS, China, 2TU Munich, Germany, 3CIAE, China, 4Rice Univ., USA TuA1-3 11:30-11:45 Spin Excitations of Hole-Overdoped Fe-based Superconductors C. H. Lee1, K. Horigane2, K. Kihou1, J. T. Park3, F. Waßer4, N. Qureshi5, Y. Sidis6, R. Kajimoto7, K. Ikeuchi8, S. Ji8, J. Akimitsu2, and M. Braden4 1Nat'l Inst. of Advanced Industrial Sci., Japan, 2Okayama Univ., Japan, 3TU Munich, Germany, 4Univ. zu Köln, Germany, 5 ILL, France, 6 LLB, France, 7J-PARC Center, Japan, 8CROSS, Japan TuA1-4 11:45-12:00 Impact of Uniaxial Pressure on Structural and Magnetic Phase Transitions in Electron-Doped Iron Pnictides Xingye Lu1, Kuo-Feng Tseng2, Thomas Keller2,3, J. T. Park4, and Pengcheng Dai1,5 1Beijing Normal Univ., China, 2Max-Planck-Institut fuer Festkoerperforschung, Germany, 3MLZ, Germany, 4TU Munich, Germany, 5Rice Univ., USA ICNS 2017 | 53 TuA1-5 12:00-12:15 Heisenberg Model Analysis on Inelastic Powder Neutron Scattering Data using Pure and K Doped BaMn2As2 Samples Mehmet Ramazanoglu1, Robert McQueeney2, Aashish Sapkota2, A Pandey2, Jagat Lamsal2, Alan Goldman2, Andreas Kreyssig2, David Johnston2, D Abernathy3, J Nledziela3, and M Stone3 1Istanbul Technical Univ., Turkey, 2DoE Ames Lab, USA, 3Doe Oak Ridge Lab, USA TuA1-6 12:15-12:30 Electron Doping Effects on the Spin Spectroscopy of BaFe2-xNixAs2 Superconductors Huiqian Luo1, Dongliang Gong1, Tao Xie1, Xingye Lu2, Kazuya Kamazawa3, Kazuki Iida3, Ryoichi Kajimoto4, Alexandre Ivanov5, Devashibhai Adroja6, Jiri Kulda5, Sergey Danilkin7, Guochu Deng7, Shiliang Li1, and Pengcheng Dai8 1CAS, China, 2Beijing Normal Univ., China, 3CROSS, Japan, 4JAEA, Japan, 5ILL, France, 6ISIS, UK, 7ANSTO, Australia, 8Rice Univ. USA 54 | July 9-13, 2017 | DCC, Daejeon, Korea Session Title [TuB1] Neutron Facilities II Date and Time July 11 (Tuesday) / 11:00-12:30 Place Room B (1F) Session Chair Fangwei Wang (IoP/CAS, China) Masatoshi Arai (ESS ERIC, Sweden) TuB1-1 (Invited) 11:00-11:30 Current Status of J-PARC MLF Toshiji Kanaya J-PARC Center, Japan TuB1-2 11:30-11:45 The ESS Instrument Suite Ken Andersen ESS ERIC, Sweden TuB1-3 11:45-12:00 The Jülich High Brilliance Neutron Source Project - Improving Access to Neutrons T. Gutberlet, U. Rücker, P. Zakalek, T. Cronert, J. Voigt, J. Baggemann, P. Doege, and Th. Brückel JCNS at MLZ, Germany TuB1-4 12:00-12:15 RIKEN Compact Neutron Systems and its New Application Results Otake Yoshie RIKEN, Japan TuB1-5 12:15-12:30 Current Status and Perspectives of HANARO Chang-Hee Lee and Baek-Seok Seong KAERI, Korea TuB1-6 12:30-12:45 Progress of Neutron Science Platform in China Advanced Research Reactor Dongfeng Chen CIAE, China ICNS 2017 | 55 Session Title [TuC1] Magnetic Oxides Date and Time July 11 (Tuesday) / 11:00-12:30 Place Room C (1F) Session Chair Seongsu Lee (KAERI, Korea) Virginie Simonet (CNRS, France) TuC1-1 (Invited) 11:00-11:30 The Magnetism of Double Perovskites Containing 5d Transition Metal Ions Patrick Woodward1, Ryan Morrow2, Jie Xiong1, and Phuong Tran1 1Ohio State Univ., USA, 2Leibniz Inst. for Solid State and Materials Research, Germany TuC1-2 11:45-12:00 Magnetic Interactions in Gd-based Pyrochlore Antiferromagnets Jason S Gardner1, J Ross Stewart2, Georg Ehlers3, and J A M Paddison4 1NSRRC, Taiwan, 2STFC-ISIS, UK, 3ORNL, USA, 4Univ. of Cambridge, UK TuC1-3 12:00-12:15 Heavy Metal: Magneto-Structural Relationships in Ir and Os Oxides Brendan Kennedy and Paula Kayser The Univ. of Sydney, Australia TuC1-4 12:15-12:30 Neutron as a Probe to Study Magnetization Reversal in a Spinel Compound, CoCr1.9Fe0.1O4 Amit Kumar and S. M. Yusuf BARC, India 56 | July 9-13, 2017 | DCC, Daejeon, Korea Session Title [TuD1] Polymer Dynamics Date and Time July 11 (Tuesday) / 11:00-12:30 Place Room D (1F) Session Chair Mitsuhiro Shibayama (The Univ. of Tokyo, Japan) Soo-Hyung Choi (Hongik Univ., Korea) TuD1-1 (Invited) 11:00-11:30 Complex Structured Polymers in Extensional Flow - Rheology and Small-Angle Neutron Scattering Kell Mortensen1, Jacob Kirkensgaard1, Anine Borger1, Ole Hassager2, Kristoffer Almdal2, Qian Huang2, Andriy Dorokhin2, and Christopher J. Garvey3 1Univ. of Copenhagen, Denmark, 2Technical Univ. of Denmark, Denmark, 3ANSTO, Australia TuD1-2 11:30-11:45 Time-Resolved Simultaneous SANS/FTIR Measurements on Cocrystallization Phenomena of Syndiotactic Polystyrene with Polyethyleneglycols Fumitoshi Kaneko1, Shuma Sato1, Tatsuya Kawaguchi1, Aurel Radulescu2, Maria M. Schiavone2, Tobias E. Schrader2, Jürgen Allgaier2, Masayoshi Nishiura3, and Zhaomin Hou3 1Osaka Univ., Japan, 2JCNS, Germany, 3RIKEN, Japan TuD1-3 11:45-12:00 Topological Interactions in Polymers under Shear Maciej Kawecki1, Franz Adlmann2, Philipp Gutfreund3, Sudipta Gupta4, Airidas Korolokovas3, Peter Falus3, David Uhrig5, and Max Wolff2 1EMPA, Switzerland, 2Uppsala Univ., Sweden, 3ILL, France, 4Louisiana State Univ., USA, 5ORNL, USA TuD1-4 12:00-12:15 New Insights into an Old Topic: Rheology and Structure of Hyaluronic Acid (HA) - Surfactant Complexes Philipp Buchold1,2, Ralf Schweins1, and Michael Gradzielski2 1ILL, France, 2TU Berlin, Germany TuD1-5 12:15-12:30 The Logarithmic Relaxation Process and the Critical Temperature of Liquids in Nano-Confined States Suresh Mavila Chathoth1, Changjiu Chen1, and Dehong Yu2 1City Univ. of Hong Kong, Hong Kong, 2ANSTO, Australia ICNS 2017 | 57 Session Title [TuE1] Biological Interface I Date and Time July 11 (Tuesday) / 11:00-12:30 Place Room E (2F) Session Chair Myung Chul Choi (KAIST, Korea) Martin Mueller (HZG, Germany) TuE1-1 (Invited) 11:00-11:30 Examining the Creation and Destruction of Model Bacterial Surfaces Luke Clifton1, Maximilian Skoda1, Arwel Hughes1, Stephen Holt2, and Jeremy Lakey3 1ISIS, UK, 2ACNS, Australia, 3Newcastle Univ., UK TuE1-2 11:30-11:45 Non-Lamellar Lipid Assembly at Interfaces-Revealing Layer Structure and Dynamics by Neutron Surface Scattering Techniques Tommy Nylander1, Olaf Soltwedel2,3, Marina Ganeva4, Christopher Hirst1, James Holdaway1, Marianna Yanez Arteta1, Maria Wadsater1, Justas Barauskas5, Henrich Frielinghaus4, and Olaf Holderer4 1Lund Univ., Sweden, 2Max-Planck-Inst., Germany, 3TU Munich, Germany, 4JCNS, Germany, 5Camurus AB, Sweden TuE1-3 11:45-12:00 Neutron Reflectometry Investigations of Single Lipid Bilayer-Poloxamer Biomimetic Systems Jaroslaw Majewski1,2,3, Steven Hayden4, Ann Junghans2, and Millicent Firestone2 1Los Al Nat'l Science Foundation, USA, 2Los Alamos Nat'l Laboratory, USA, 3Univ. of California Davis, USA, 4Aramco Research Center, USA TuE1-4 12:00-12:15 Molecular Transport in Lipid Membranes: Lipid Exchange and Translocation Processes Investigated by Reflectivity and Small Angle Neutron Scattering Lionel Porcar1, Yuri Gerelli1, Giovanna Fragneto1, and Ursula Perez-Salas2 1ILL, France, 2Univ. of Illinois, USA TuE1-5 12:15-12:30 Cholesterol Facilitates Assembly of Protein on Membrane: Insights into Lipid Rafts Minh Dinh Phan1, Keel Yong Lee1, Jumi Lee1, Sushil Satija2, and Kwanwoo Shin1 1Sogang Univ., Korea, 2NIST, USA 58 | July 9-13, 2017 | DCC, Daejeon, Korea Session Title [TuF1] Energy Materials I Date and Time July 11 (Tuesday) / 11:00-12:30 Place Room F (2F) Session Chair Sung-Yoon Chung (KAIST, Korea) TuF1-1 (Invited) 11:00-11:30 Neutrons Are Indispensable for Research on Energy Materials! Matthias Ballauff HZB, Germany TuF1-2 11:30-11:45 Neutron Diffraction Study on Li3PO4 Solid Electrolyte for Lithium Ion Battery Evvy Kartini1, Maykel Manawan2, and Malcolm F. Collins3 1Nat'l Nuclear Energy Agency, Indonesia, 2Univ. of Indonesia, Indonesia, 3McMaster Univ., Canada TuF1-3 11:45-12:00 Impact of Moisture on the Morphology of Hybrid Organometal Halide Perovskite Thin Films for Photovoltaic Applications Johannes Schlipf1, Lukas Oesinghaus1, Lorenz Bießmann1, Ezzeldin Metwalli1, Lionel Porcar2, and Peter Müller-Buschbaum 1TU Munich, Germany, 2ILL, France TuF1-4 12:00-12:15 Evolution of Boson Peak with Li-Salt Concentration in Superionic xLi2SO4(1-x)LiPO3 Glasses Tom Heitmann1, Gavin Hester2, and Saibal Mitra2 1Univ. of Missouri Research Reactor, USA, 2Missouri State Univ., USA TuF1-5 12:15-12:30 Hydrogen Dynamics in Novel Solid-State Li Conductors Tatsiana Burankova1, Léo Duchêne2, Yigang Yan2, Ruben-Simon Kühnel2, Jan Embs1, Bernhard Frick3, and Arndt Remhof2 1PSI, Switzerland, 2Swiss Federal Laboratories for Materials Sci. and Tech., Switzerland, 3ILL, France ICNS 2017 | 59 Session Title [TuA2] Multiferroics Date and Time July 11 (Tuesday) / 14:30-16:00 Place Room A (1F) Session Chair Je-Geun Park (Seoul Nat'l Univ., Korea) Patrick Woodward (Ohio State Univ., USA) TuA2-1 14:30-14:45 Magnetic Ground State and Magnon-Phonon Interaction in Multiferroic h-YMnO3 Sonja L. Holm1,2, Andreas Kreisel1,3, Turi K. Schäffer1, Anders Bakke1, Mads Bertelsen1, Ursula B. Hansen1, Maria Retuerto1,4, Jacob Larsen5, Dharmalingam Prabhakaran6, Pascale P. Deen1,7, Zahra Yamani8, Jonas O. Birk1,9, Uwe Stuhr9, Christof Niedermayer9, Amy Fennell9, Brian M. Andersen1, and Kim Lefmann1 1Univ. of Copenhagen, Denmark, 2Univ. of Aarhus, Denmark, 3Univ. of Leipzig, Germany, 4Consejo Superior de Investigaciones Cientificas, Spain, 5TU Denmark, Denmark, 6Univ. of Oxford, UK, 7ESS ERIC, Sweden, 8Chalk River Nat'l Laboratories, Canada, 9PSI, Switzerland TuA2-2 14:45-15:00 Magnetic Structure and Dynamics of Multiferroic CuO H. Jacobsen1, A. J. Princep1, E. Hamilton1, S. Tóth2, R.A. Ewings3, M. Enderle4, E. M. Hétroy Wheeler5, D. Prabhakaran1, and A. T. Boothroyd 1 1Oxford Univ., UK, 2PSI, Switzerland, 3Rutherford Appleton Laboratory, UK, 4ILL, France, 5ILL, UK TuA2-3 15:00-15:15 The Origin of the Polar Symmetry in Huebnerite-Type (MnWO4) Multiferroics SoHyun Park1, Jürg Schefer2, Muhtar Ahart3, Björn Pedersen4, Florence Porcher5, David Behal1, and Benedikt Röska1 1Ludwig-Maximilians-Universität München, Germany, 2PSI, Switzerland, 3Carnegie Institute, USA, 4FRM II, Germany, 5LLB, France TuA2-4 15:15-15:30 Origin of Magnetoelectric Coupling Effect and Spin Dynamics of Multiferroic System Co4Nb2O9 Guochu Deng1, Yiming Cao2, Wei Ren2, Shixun Cao2, Andrew Studer1, Nicolas Gauthier3, Michel Kenzelmann3, Gene Davison1, Kirrily Rule1, Jason Gardner4, Paolo Imperia1, Clemens Ulrich5, and Garry McIntyre1 1ANSTO, Australia, 2Shanghai Univ., China, 3PSI, Switzerland, 4Nat'l Synchrotron Radiation Research Center, Taiwan, 5Univ. of New South Wales, Australia TuA2-5 15:30-15:45 Understanding Multiferroicity in the (ND4)2FeCl5(D2O) Molecular Magnet Javier Campo1, José Alberto Rodríguez-Velamazán1,2, Oscar Fabelo2, Angel Millán1, and Laurent Chapon2 1Materials Sci. Inst. of Aragon, Spain, 2ILL, France 60 | July 9-13, 2017 | DCC, Daejeon, Korea Session Title [TuB2] Elastic Scattering Instrumentations I Date and Time July 11 (Tuesday) / 14:30-16:00 Place Room B (1F) Session Chair Pavol Mikula (NPI/CAS, Czech) Henrich Frielinghaus (JCNS at MLZ, Germany) TuB2-1 14:30-14:45 The First Year of Operation of the Novel PEARL Neutron Powder Diffractometer in Delft Lambert van Eijck, Marnix Wagemaker, Ad van Well, and Catherine Pappas Delft Univ. of Tech., Netherlands TuB2-2 14:45-15:00 D3 at the ILL: Structural Studies of Hydrogenous Liquid and Amorphous Systems Anne Stunault, Gabriel Cuello, Sebastien Vial, and David Jullien ILL, France TuB2-3 15:00-15:15 Realizing DREAM at European Spallation Source Mikhail Feygenson1, Werner Schweika1,2, Nicolo Violini1, Philipp Jacobs3, and Andreas Houben3 1JCNS, Germany, 2JCNS, Germany, 3ESS ERIC, Sweden, 4RWTH Aachen Univ., Germany TuB2-4 15:15-15:30 The Upgrade from WAND to WAND2 at HFIR: Possibilities and Future Matthias Frontzek, Katie Andrews, Bryan Chakoumakos, and Jaime Fernandez-Baca ORNL, USA TuB2-5 15:30-15:45 The Material Engineering Diffractometer BEER at ESS Premysl Beran1, Jan Saroun1, Petr Lukas1, Jochen Fenske2, Mustapha Rouijaa2, Gregor Nowak2, Dirk Jan Siemers2, Rudiger Kiehn2, Martin Muller2, and Markus Strobl3 1Nuclear Physics Institute CAS, Czech, 2HZG, Germany, 3ESS ERIC, Sweden TuB2-6 15:45-16:00 Studying Soft-Matter and Biological Systems Over a Wide Length Scale from nm to Microns and with High Intensity and High Resolution at the Versatile SANS Diffractometer KWS-2 Judith Houston, Georg Brandl, Marie-Sousai Appavou, and Aurel Radulescu JCNS, Germany ICNS 2017 | 61 Session Title [TuC2] Magnetic Domain Imaging Date and Time July 11 (Tuesday) / 14:30-16:00 Place Room C (1F) Session Chair Takenao Shinohara (J-PARC, Japan) Seung Wook Lee (Pusan Nat'l Univ., Korea) TuC2-1 (Invited) 14:30-15:00 The Response of Supplementary and Bulk Magnetic Domains during Static and Alternating Magnetic Field Excitations Visualized by Neutron Dark-Field Imaging Christian Gruenzweig PSI, Switzerland TuC2-2 15:00-15:15 A Review about Radiography and Tomography with Polarized Neutrons - a Perfect Tool to Study Magnetic Fields Inside of Matter Wolfgang Treimer Beuth Univ. of Applied Sciences, Germany TuC2-3 15:15-15:30 Quantitative Characterization of Microstructure of Additively Manufactured Inconel 718 Parts using Bragg-edge Imaging Radiography and Validation using Neutron Diffraction Gian Song1, Hassina Bilheux1, Jean Bilheux1, Jiao Lin1, Qingge Xie1, Ke An1, Alexandru Stoica1, Louis Santodonato1, Ryan Dehoff1, Michael Kirka1, and Anton Tremsin2 1ORNL, USA, 2Univ. of California, Berkeley, USA TuC2-4 15:30-15:45 In-situ Neutron Radiography Investigations of the Reaction of Zircaloy-4 in Steam, Nitrogen/Steam and Air/Steam Atmospheres Mirco Grosse1, Samuel Pulvermacher1, Martin Steinbrueck1, and Burkhard Schillinger2 1Karlsruhe Inst. of Tech., Germany, 2TU Munich, Germany TuC2-5 15:45-16:00 Characterisation of ‘Pattern-Welded’ Swords from the Viking Age by Means of Neutron Techniques Anna Fedrigo1, Markus Strobl1, Alan R. Williams2, Peter Pentz3, Kim Lefmann4, Poul Erik Lindelof4, Burkhard Schillinger5, Antonella Scherillo6, Florence Porcher7, and Francesco Grazzi8 1ESS ERIC, Sweden, 2The Wallace Collection of London, UK, 3Nat'l Museum, Denmark, 4Univ. of Copenhagen, Denmark, 5FRM II, Germany, 6ISIS, UK, 7 LLB, CEA-CNRS, France, 8Consiglio Nazionale delle Ricerche, Italy 62 | July 9-13, 2017 | DCC, Daejeon, Korea Session Title [TuD2] Nanoparticles and Self-Assembly Date and Time July 11 (Tuesday) / 14:30-16:00 Place Room D (1F) Session Chair Vinod Aswal (BARC, India) Changwoo Do (ORNL, USA) TuD2-1 (Invited) 14:30-15:00 A Generic Size-Selective Purification Method for Nanoparticles based on the Critical Casimir Effect Hongyu Guo1,2, Gheorghe Stan1, and Yun Liu1,2 1NIST, USA. 2Univ. of Delaware, USA TuD2-2 15:00-15:15 Structure and Interfacial Properties of Patchy Nanoparticles Zhi Luo and Francesco Stellacci EPFL, Switzerland TuD2-3 15:15-15:30 Grazing Incidence Small Angle Neutron Scattering from Structures below an Interface Shirin Nouhi, Maja S. Hellsing, Vassilios Kapaklis, and Adrian R. Rennie Uppsala Univ., Sweden TuD2-4 15:30-15:45 SANS/USANS Tunable Multiscale Nanoparticle Ordering by Polymer Crystallization J. Jestin1,2, D. Zhao2, V. Gimenez-Pinto2, A. Jimenez2, and S.K. Kumar2 1LLB, France, 2Columbia Univ., USA TuD2-5 15:45-16:00 Complementary Small-Angle Neutron and X-Ray Scattering Studies of Mitoxantrone Loaded Iron Oxide Nanoparticle Complex for Magnetic Drug Targeting Artem Feoktystov1, Vasil Garamus2, Jan Zaloga3, Rainer Tietze3, Alexander Ioffe1, Thomas Brückel1, and Christoph Alexiou3 1JCNS, Germany, 2HZG, Germany, 3Univ. Hospital Erlangen, Germany ICNS 2017 | 63 Session Title [TuE2] Biological Interface II Date and Time July 11 (Tuesday) / 14:30-16:00 Place Room E (2F) Session Chair Luke Clifton (ISIS, UK) Hideki Seto (KEK, Japan) TuE2-1 (Invited) 14:30-15:00 Structure, Composition and Dynamics of Lipoproteins: How to Get Better Markers for Atherosclerosis Selma Maric1, Kathryn Browning2, Tania Lind1, Sarah Waldie1,3, Martin Malmsten2, Trevor Forsyth3, Martine Moulin3, Michael Haertlein3, and Marite Cardenas1 1Malmö Univ., Sweden 2Uppsala Univ., Sweden, 3ILL, France TuE2-2 15:00-15:15 Small Molecule Interactions with Lipid Bilayers by Neutron Diffraction Christopher J. Garvey1, Ben Kent2, Thomas Hauß2, Robert Georgii 3, Bruno Demé4, Viviana Cristiglio4, Tamim Darwish1, Chun-Ming Wu5, Ricardo L. Mancera6, and Gary Bryant7 1ANSTO Australia, 2HZB, Germany, 3TU Munich, Germany, 4ILL, France, 5Nat'l Synchrotron Radiation Research Center, Taiwan, 6Curtin Univ., Australia, 7RMIT Univ., Australia TuE2-3 15:15-15:30 Dynamical Transition in Cationic Lipid Dioctadecyldimethylammonium Bromide: QENS and MD Simulation Study S. Mitra1, P. Dubey1, H. Srinivasan1, V.K. Sharma1, V. Garcia Sakai2, and R. Mukhopadhyay1 1BARC, India, 2Rutherford Appleton Laboratory, UK TuE2-4 15:30-15:45 Neutron Diffraction Reveals Peculiar Effects of Calcium on Lipid Membranes Norbert Kučerka1,2, Ermuhammad Dushanov3, Kholmirzo T. Kholmurodov1,4, John Katsaras5,6,7, and Daniela Uhríková2 1FLNP, Russia, 2Univ. in Bratislava, Slovakia, 3JINR, Russia, 4Dubna State Univ. in Dubna, Russia, 5Shull Wollan Center at Joint Inst. for Neutron Sciences in Oak Ridge, USA, 6ORNL, USA, 7Univ. of Tennessee, USA TuE2-5 15:45-16:00 Determining the Location of Encapsulated Peptides, Proteins, and Other Biomolecules in Contrast-Matched Lipid Bicontinuous Cubic Phases using SANS Leonie van't Hag1,2,3, Liliana de Campo4, Sally Gras2, Calum Drummond5, and Charlotte Conn5 1ETH Zurich, Switzerland, 2The Univ. of Melbourne, Australia, 3CSIRO Manufacturing, Australia, 4ANSTO, Australia, 5RMIT Univ., Australia 64 | July 9-13, 2017 | DCC, Daejeon, Korea Session Title [TuF2] Energy Materials II Date and Time July 11 (Tuesday) / 14:30-16:00 Place Room F (2F) Session Chair Tom Heitmann (Univ. of Missouri Research Reactor, USA) TuF2-1 (Invited) 14:30-15:00 Advancing Energy Technologies by Understanding Material Function using Neutron Scattering and Computational Methods Vanessa Peterson ACNS, Australia TuF2-2 15:00-15:15 Battery Ageing and Performance Studied with Various Neutron Scattering Techniques Ralph Gilles, Seidlmayer Stefan, Paul Neelima, von Lüders Christian, Hofmann Michael, Hattendorff Johannes, Buchberger Irmgard, Kudejova Petra, Knoche Thomas, Zinth Veronika, Schulz Michael, Schnell Joshua, Reinhart, Gunter, Gasteiger Hubert A., and Jossen Andreas TU Munich, Germany TuF2-3 15:15-15:30 Operando Small-Angle Neutron Scattering of Lithium-Ion Batteries Using Silicon Nanoparticles Anodes Coraline Millot1, Jean-Francois Colin1, Hakima Mendil-Jakani1, Lionel Porcar2, and Sandrine Lyonnard1 1CEA Grenoble, France, 2ILL, France TuF2-4 15:30-15:45 In-Situ Observation of Redox Behavior in Ni-YSZ Solid Oxide Fuel Cell Electrodes Markus Strobl1,2, Malgorzata Makowska3, Henrik L Frandsen4, Salvatore De Angelis4, Soren Schmidt4, Monica-Elisabeta Lacatusu4, Saurabh Kabra5, Winfried Kockelmann5, Manuel Morgano2, Pavel Trtik2, Tetsuya Kai6, Takenao Shinohara6, Anton S Tremsin7, and Luise Theil-Kuhn4 1ESS ERIC, Sweden, 2PSI, Switzerland, 3FRM II, Germany, 4DTU, Denmark, 5RAL, UK, 6J-PARC Center, Japan, 7UC Berkeley, USA TuF2-5 (Invited) 15:45-16:15 Comments on the Origin of Photovoltaic Properties of Organic-Inorganic Lead Iodide Perovskites Seung-Hun Lee Univ. of Virginia, USA ICNS 2017 | 65 W ednesday, July 12, 2017 09:00 Plenary IV. Peter Müller-Buschbaum "GISANS - Basics, Challenges and Possibilities" (2F, Grand Ballroom) 09:45 Plenary V. Victoria Garcia-Sakai "Life on the Fast Lane - Importance of Motions at the Nanoscale" (2F, Grand Ballroom) 10:30-11:00 Coffee Break 11:00-12:30 Oral Sessions WeA1 (Room A) Lattice Dynamics WeB1 (Room B) Sample Environment and Software II WeC1 (Room C) Quantum Magnetism WeD1 (Room D) Single Chain Behaviour of Polymers WeE1 (Room E) Engineering Materials I WeF1 (Room F) Energy Materials III 12:30-14:30 Lunch & Poster Session 3 (1F, Exhibition Hall) 14:30-16:00 Oral Sessions WeA2 (Room A) Magnetic Structure WeB2 (Room B) Sample Environments WeC2 (Room C) Neutron Imaging WeD2 (Room D) Liquids and Dynamics WeE2 (Room E) Elastic Scattering Instrumentations II WeF2 (Room F) Energy Materials IV ICNS 2017 | 67 * Complete abstracts are accessible on-line at Session Title [WeA1] Lattice Dynamics Date and Time July 12 (Wednesday) / 11:00-12:30 Place Room A (1F) Session Chair Toby Perring (ISIS, UK) Young Lee (Stanford Univ., USA) WeA1-1 11:00-11:15 Large Anharmonicity in Energy Materials from Inelastic Neutron Scattering and First-Principles Calculations Jiawang Hong Beijing Inst. of Tech., China WeA1-2 11:15-11:30 Phonon Localization as a Driver for Relaxor Ferroelectric Behavior Michael Manley ORNL, USA WeA1-3 11:30-11:45 Thermal Expansion and Negative Linear Compressibility in ZnAu2(CN)4: An Inelastic Neutron Scattering Measurements and Lattice Dynamical Studies Mayanak Kumar Gupta1, Ranjan Mittal1,2, Baltej Singh1, Mohamed Zbiri2, Andrew Goodwin3, Helmut Schober2, and Samarath Lal Chaplot1,2 1BARC, India, 2Homi Bhabha Nat‘l Inst., India, 3ILL, France, 4Univ. of Oxford, UK WeA1-4 11:45-12:00 A Nuclear Quantum Effect with Pure Anharmonicity Causes the Anomalous Thermal Expansion of Silicon Dennis (Sungtae) Kim and Brent Fultz Caltech, USA WeA1-5 12:00-12:15 Phonons and Anomalous Thermal Expansion Behaviour in Crystalline Solids Ranjan Mittal, M. K. Gupta, and S. L. Chaplot BARC, India ICNS 2017 | 69 Session Title [WeB1] Sample Environment and Software Date and Time July 12 (Wednesday) / 11:00-12:30 Place Room B (2F) Session Chair Marek Bartkowiak (PSI, Switzerland) Arno Hiess (ESS, Sweden) WeB1-1 11:00-11:15 Towards Realistic Tribological Models: Experimental Structural Studies of Confined Lubricating Surfaces Using Neutrons Rob Barker1,2, Javier Sotres3, Stuart Prescott4, Robert Richardson5, Becky Welbourn6, and Andrew Jackson7 1Univ. of Kent, UK, 2Univ. of Dundee, UK, 3Malmö Univ., Sweden, 4UNSW, Australia, 5Univ. of Bristol, UK, 6ISIS, UK, 7ESS ERIC, Sweden WeB1-2 11:15-11:30 Temperature Sample Environment for the High Filed Magnet at the Helmholtz-Zentrum Berlin Klaus Kiefer1, Sebastian Gerischer1, Robert Wahle1, Bastian Klemke1, Elizabeth Blackburn2, Ted Forgan2, and Peter Smeibidl1 1HZB, Germany, 2Univ. of Birmingham, UK WeB1-3 11:30-11:45 Compact HTS Magnets for Neutron Scattering Sample Environments Taotao Huang, Donald Pooke, Mike Fee, and Vadim Chamritski HTS-110, New Zealand WeB1-4 11:45-12:00 BornAgain: a Simulation and Fitting Framework for Nuclear and Magnetic GISANS Jan Burle, Jonathan Fisher, Marina Ganeva, Gennady Pospelov, Walter Van Herck, and Joachim Wuttke JCNS, Germany 70 | July 9-13, 2017 | DCC, Daejeon, Korea W eB1-5 12:00-12:15 Depth Resolved GISANS from Liquid Solid Interfaces Reconstructed via 2D Resolution Functions Franz A. Adlmann1, Gunnar K. Pálsson1, Airidas Korolkovas2, Brian Kitchen1, Andreas Bliersbach1, Boris Toperverg3, and Max Wolff1 1Uppsala Univ., Sweden, 2ILL, France, 3PNPI, Russia WeB1-6 12:15-12:30 A Sapphire Single Crystal Cell for In Situ Neutron Powder Diffraction of Solid Gas Reactions Holger Kohlmann Univ. Leipzig, Germany ICNS 2017 | 71 Session Title [WeC1] Quantum Magnetism Date and Time July 12 (Wednesday) / 11:00-12:30 Place Room C (1F) Session Chair Michel Kenzelmann (PSI, Switzerland) Catherine Pappas (Delft Univ., Netherlands) WeC1-1 (Invited) 11:00-11:30 Majorana Ferimons in Kitaev Quantum Spin Lattice Alpha-RuCl3 Seung-Hwan Do1, Sang-Youn Park2, Kwang-Yong Choi1, Jae-Hoon Park2,3, and Sungdae Ji2,3 1Chung-Ang Univ., Korea, 2Max Planck POSTECH Center for Complex Phase Materials, Korea WeC1-2 11:30-11:45 Revisiting the Low Energy Spin Dynamics of the Quantum Spin Ice Candidate Pr2Sn2O7 P. M. Sarte1, A. A. Aczel2, G. Ehlers2, C. Stock1, B. D. Gaulin3,4, C. Mauws5, M.B. Stone2, S. Calder2, S. E. Nagler2, J. W. Hollett5, J. S. Gardner2,6, J. P. Attfield1, and C. R. Wiebe3,5,7,8 1Univ. of Edinburgh, UK, 2ORNL, USA, 3McMaster Univ., Canada, 4Canadian Inst. for Advanced Research, Canada, 5Univ. of Winnipeg, Canada, 6Nat'l Taiwan Univ., Taiwan, 7Nat'l Synchrotron Radiation Research Center, Taiwan, 8Univ. of Manitoba, Canada WeC1-3 11:45-12:00 Magnetic Charge Injection in Spin Ice: a New Way to Fragmentation Virginie Simone1, Emilie Lefrançois1,2,3, Vadim Cathelin1, Elsa Lhotel1, Julien Robert1, Rafik Ballou1, Laurent C. Chapon4, Pascal Lejay1, Françoise Damay5, Claire V. Colin1, Jacques Ollivier2, and Bjorn Fak2 1Institut Néel, France, 2ILL, France, 3Max Planck Inst. for Solid State Research, Germany, 4Diamond, UK, 5LLB, France WeC1-4 12:00-12:15 Magnetic Excitations in Yb2Ti2O7 Studied in A 111 Magnetic Field Jonas Kindervater1, Allen Scheie1, Seyed Koohpayeh1, Garbiele Sala2, Georg Ehlers2, Oleg Tchernyshov1, and Collin Broholm1 1Inst. for Quantum Matter and Department of Phyk, USA., 2ORNL, USA 72 | July 9-13, 2017 | DCC, Daejeon, Korea Session Title [WeD1] Single Chain Behaviour of Polymers Date and Time July 12 (Wednesday) / 11:00-12:30 Place Room D (1F) Session Chair Jaroslaw Majewski (UC Davis, USA) Dae-Won Sohn (Hanyang Univ., Korea) WeD1-1 (Invited) 11:00-11:30 Structure and Dynamics of Single-Chain Nano-Particles in Solution Arantxa Arbe1, Josetxo Pomposo1,2, Angel J. Moreno1, and Juan Colmenero1,3 1Centro de Física de Materiales, Spain, 2Ikerbasque, Basque Foundation for Science, Spain, 3Donostia International Physics Center, Spain WeD1-2 11:30-11:45 Polymer Conformation Changes due to Soft Confinement Björn Kuttich and Bernd Stühn TU Darmstadt, Germany WeD1-3 11:45-12:00 Spatial Scale Dependence of Diffusion Process in Glass-Forming Liquids Maiko Kofu1,2, Antonio Faraone3, Madhusudan Tyagi3, Michihiro Nagao3, and Osamu Yamamuro2 1J-PARC Center, Japan, 2Univ. of Tokyo, Japan, 3NIST, USA WeD1-4 12:00-12:15 Reduced Mobility of Polymer Thin Films near the Graphene Oxide Surface Jaseung Koo1, Ki-In Choi1, Tae-Ho Kim1, and Sushil Satija2 1KAERI, Korea, 2NIST, USA WeD1-5 12:15-12:30 Investigation of Molecular Dynamics: Comparison of New Methods Dominik Zeller1,2,3, Victoria Garcia Sakai3, and Judith Peters1,2 1Université Grenoble Alpes, LiPhy, France, 2ILL, France, 3ISIS, UK ICNS 2017 | 73 Session Title [WeE1] Engineering Materials I Date and Time July 12 (Wednesday) / 11:00-12:30 Place Room E (2F) Session Chair Xun-Li Wang (City Univ. of Hong Kong, Hong Kong) Oliver Kirstein (ESS ERIC, Sweden) WeE1-1 (Invited) 11:00-11:30 In Situ Measurements of Microstructure Evolution during Heat-Treatments for Engineering Steels using Quantum Beams Yo Tomota NIMS, Japan WeE1-2 11:30-11:45 The Influence of Porosity in Spray Formed Steels on Pseudo-Strains Induced in Neutron Diffraction Residual Strain/Stress Measurements Tung Lik Lee ISIS, UK WeE1-3 11:45-12:00 Microstructural Evolution of Ultrahigh Strength Secondary Hardening Steels with Different Co and Ni Contents Yoon-Jung Won, Jung-Sun You, Young-Jun Kwon, Soon-Woo Kwon, Hoon Kwon, and Ki-Sub Cho Kookmin Univ., Korea WeE1-4 12:00-12:15 In-situ Neutron Diffraction Study of Deformation Behaviors of CrCoFeNi High Entropy Alloy at Large Plastic Strain Bing Wang1, Muhammad NAEEM1, Tamas Ungar2, Weihong Liu1, Chain Tsuan Liu1, Si Lan1,3, Stefanus Harjo4, and Xun-Li Wang1 1City Univ. of Hong Kong, Hong Kong, 2Etövös Univ. Budapest, Hungary, 3Nanjing Univ. of Sci. and Tech., China, 4JAEA, Japan WeE1-5 12:15-12:30 Elucidating the Relationship Between Terahertz Vibrations and Mechanical Properties in Metal-Organic Framework Materials Matthew Ryder1,2,3, Bartolomeo Civalleri4, Gianfelice Cinque3, Sanghamitra Mukhopadhyay2, Svemir Rudić2, Felix Fernandez-Alonso2, and Jin-Chong Tan1 1Univ. of Oxford, UK, 2ISIS, UK, 3Diamond Light Source, UK, 4Univ. of Turin, Italy 74 | July 9-13, 2017 | DCC, Daejeon, Korea Session Title [WeF1] Energy Materials III Date and Time July 12 (Wednesday) / 11:00-12:30 Place Room F (2F) Session Chair T. Kamiyama (KEK, Japan) WeF1-1 (Invited) 11:00-11:30 Neutron Powder Diffraction of Energy Storage Materials Ashfia Huq ORNL, USA WeF1-2 11:30-11:45 Determining the Surface Property Variation of Heterogeneous Porous Materials Using the Generalized Porod’s Law Scattering Theory Wei-Shan Chiang1,2 and Yun Liu1,2 1NIST, USA, 2Univ. of Delaware, USA WeF1-3 11:45-12:00 Evaluation of Filling Rate of Methane in Methane-Propane Hydrate by Neutron Powder Diffraction Akinori Hoshikawa, Takeshi Matsukawa, and Toru Ishigaki Ibaraki Univ., Japan WeF1-4 12:00-12:15 Neutron Diffraction Study on Nanoparticles of Metal Hydrides Hiroshi Akiba1, Maiko Kofu1,2, Kohei Kusada3, Hirokazu Kobayashi3, Hiroshi Kitagawa3, Kazutaka Ikeda2,4, Toshiya Otomo2,4, and Osamu Yamamuro1 1The Univ. of Tokyo, Japan, 2J-PARC, Japan, 3Kyoto Univ., Japan, 4KEK, Japan ICNS 2017 | 75 Session Title [WeA2] Magnetic Structure Date and Time July 12 (Wednesday) / 14:30-16:00 Place Room A (1F) Session Chair Kim Lefman (Univ. of Copenhagen, Denmark) Shinich Shamoto (JAEA, Japan) WeA2-1 14:30-14:45 B vs. T phase Diagram of (ND4)2[FeCl5(D2O)] Studied by Neutron Diffraction and Magnetization Wei Tian1, Huibo Cao1, Jiaqiang Yan1, Amanda Clune2, Kendall Hughey2, John Singleton3, Janice Musfeldt2, Brian Sales1, and Jaime Fernandez-Baca1 1ORNL, USA, 2Univ. of Tennessee, USA, 3Los Alamos Nat'l Laboratory, USA WeA2-2 14:45-15:00 Magnetic Structure Analysis of EuMn2O5 at qM=(1/2,0,1/3) Ferroelectric Phase based on Magnetic Space Group Yukio Noda1, Hiroyuki Kimura1, Satoru Horio1, Jin Lin1, Sei Fujiyama1, Mamoru Fukunaga1, Haruhiro Hiraka2, Hironori Nakao3, ChangHee Lee4, ShinAe Kim4, and Myungkook Moon4 1Tohoku Univ., Japan, 2Ibaraki Univ., Japan, 3PF-KEK, Japan, 4HANARO-KAERI, Korea WeA2-3 15:00-15:15 Neutron Diffraction to Distinguish Between Symmetry Lowering and Renninger Effect: An Example of Multiferroic Ba2CoGe2O7 Andrew Sazonov1, Martin Meven1, Robert Georgii2, Georg Roth3, and Vladimir Hutanu1 1MLZ, Germany, 2TU Munich, Germany, 3RWTH Aachen Univ., Germany WeA2-4 15:15-15:30 STRUCTURE AND PROPERTIES OF SOME NEUTRON IRRADIATED MAGNETICS Seongsu Lee1, Vitaly Parkhomenko2, Yury Skryabin2, Savva Bogdanov2, Alexander Nosov2, Alexander Teplykh2, Mikhail Semkin3, and Alexander Pirogov2,3 1KAERI, Korea, 2RAS, Russia, 3Ural Federal Univ., Russia WeA2-5 15:30-15:45 Powder Neutron Diffraction Studies of New Magnetic Manganites Graham M. McNally1, Ángel M. Arévalo-López1, Pascal Manuel2, and J. Paul Attfield1 1Univ. of Edinburgh, UK, 2ISIS, UK 76 | July 9-13, 2017 | DCC, Daejeon, Korea W eA2-6 15:45-16:00 Multi-Axial Spin Textures in the Complex Magnetic Phase Diagram of Rare-Earth Copper Compounds Wolfgang Simeth1, Andreas Bauer1, Nives Bonacic1, Christopher Duvinage1, Robert Georgii2, Matthias Gutmann3, Vladimir Hutanu4, Martin Meven4, Sebastian Mühlbauer2, Kirill Nemkovski4, Bachir Ouladdiaf5, Pascal Manuel3, Björn Pedersen2, Karel Prokes6, Marein Rahn7, Tobias Schrader4, Anatoliy Senyshyn2, Michael Wagner1, and Christian Pfleiderer1 1TU Munich, Germany, 2FRM II, Germany, 3ISIS, UK, 4JCNS at MLZ, Germany, 5ILL, France, 6HZB, Germany, 7Oxford Univ., UK ICNS 2017 | 77 Session Title [WeB2] Sample Environments Date and Time July 12 (Wednesday) / 14:30-16:00 Place Room B (1F) Session Chair Paolo Imperia (ANSTO, Australia) Ji-Yong So (KAERI, Korea) WeB2-1 14:30-14:45 Data Processing Workflow for Inelastic Neutron Scattering at SNS Andrei Savici, Mathieu Doucet, Ovidiu Garlea, and Barry Winn ORNL, USA WeB2-2 14:45-15:00 Recent Advances in in situ High Pressure Neutron Scattering in a Diamond Anvil Cell Bianca Haberl1, Jamie J. Molaison1, Luke L. Daemen1, Yongqiang Cheng1, Timmy Ramirez-Cuesta1, and Reinhard Boehler1,2 1ORNL, USA, 2Carnegie Inst. of Washington, USA WeB2-3 15:00-15:15 Development of High Intensity Wide-Angle Polarization Analysis with 3He Spin Filters Wangchun Chen1,2, Thomas Gentile2, Shannon Watson2, Taufique Hassan1,2, Qiang Ye1,2, Aaron Kirchhoff2, Yiming Qiu2, Jose Rodriguez-Rivera1,2, and Collin Broholm2,3 1Univ. of Maryland, USA, 2NIST, USA, 3Johns Hopkins Univ., USA WeB2-4 15:15-15:30 High Magnetic Field Facility for Neutron Scattering at Helmholtz-Zentrum Berlin Oleksandr Prokhnenko1, Peter Smeibidl1, Maciej Bartkowiak1, Norbert Stuesser1, Sebastian Gerischer1, Robert Wahle1, Stephan Kempfer1, Oleg Rivin1, Mark Bird2, Karel Prokes1, and Bella Lake1 1HZB, Germany, 2Nat'l High Magnetic Field Laboratory, USA WeB2-5 15:30-15:45 The Australian National Deuteration Facility for Structure Function Applications using Neutrons Tamim Darwish, Nageshwar Yepuri, Anwen Krause Heuer, Anthony Duff, Karyn Wilde, and Peter Holden ANSTO, Australia 78 | July 9-13, 2017 | DCC, Daejeon, Korea Session Title [WeC2] Neutron Imaging Date and Time July 12 (Wednesday) / 14:30-16:00 Place Room C (1F) Session Chair Wolfgang Treimer (HZB, Germany) WeC2-1 (Invited) 14:30-15:00 Application Study of Pulsed Neutron Imaging at RADEN in J-PARC MLF Takenao Shinohara1, Tetsuya Kai1, Kenichi Oikawa1, Yuhua Su1, Kosuke Hiroi1, Mariko Segawa1, Takeshi Nakatani1, Hirotoshi Hayashida2, Yoshihiro Matsumoto2, Joseph Don Parker2, and Yoshiaki Kiyanagi3 1JAEA, Japan, 2CROSS, Japan, 3Nagoya Univ., Japan WeC2-2 15:00-15:15 Neutron Microscope Project at PSI - Recent Upgrades and Results from the First Scientific Users Pavel Trtik and Eberhard Lehmann PSI, Switzerland WeC2-3 15:15-15:30 Neutron Imaging Applications on DINGO at OPAL Ulf Garbe, Filomena Salvemini, and Anna Paradowska ACNS, Australia WeC2-4 15:30-15:45 Neutron Reflectivity Imaging of Buried Layers and Interfaces in Thin Films Kenji Sakurai1,2, Jinxing Jiang1,2, Mari Mizusawa1,3, Takayoshi Ito3, Kazuhiro Akutsu3, and Noboru Miyata3 1NIMS, Japan, 2Univ. of Tsukuba, Japan, 3CROSS, Japan WeC2-5 15:45-16:00 Sub-Pixel Correlation Length Imaging of Heterogeneous Colloidal Crystal Formation Ralph Harti1, Markus Strobl2, and Christian Grunzweig1 1PSI, Switzerland, 2ESS ERIC, Sweden ICNS 2017 | 79 Session Title [WeD2] Liquids and Dynamics Date and Time July 12 (Wednesday) / 14:30-16:00 Place Room D (1F) Session Chair Moon Park (POSTECH, Korea) Arantxa Arbe (Centro de Física de Materiales, Spain) WeD2-1 14:30-14:45 Deuteration and Partial Deuteration for the Investigation of the Dynamics of Ionic Liquids Rolf Hempelmann Transfercentre Sustainable Electrochemistry, Germany WeD2-2 14:45-15:00 Effects of Hydrotropic Salt on the Dynamics of Cationic DTAB Micelles V. K. Sharma1, H. Srinivasan1, S. Mitra1, V. Garcia Sakai2, and R. Mukhopadhyay1 1BARC, India, 2Rutherford Appleton Laboratory, UK WeD2-3 15:00-15:15 The Molecular=Level Mechanism Underlying Magnetic Effects in the Magnetic Room-Temperature Ionic Liquied [BMIM][FeCl4] Antonio Benedetto1,2, Jan Embs2, and Pietro Ballone3 1Univ. College Dublin, Ireland, 2PSI, Switzerland, 3Norwegian Univ. of Sci. and Tech., Norway WeD2-4 15:15-15:30 Influence of H-Bonding on Dynamical Properties of Ionic Liquids Juan Francisco Mora Cardozo1, Tatsiana Burankova1, Jacques Ollivier2, Bernhard Frick2, and Jan P. Embs1 1PSI, Switzerland, 2ILL, France WeD2-5 15:30-15:45 Isomorphs in Glass-Forming Liquids Henriette Wase Hansen1, Bernhard Frick2, and Kristine Niss1 1Roskilde Univ., Denmark, 2ILL, France 80 | July 9-13, 2017 | DCC, Daejeon, Korea Session Title [WeE2] Elastic Scattering Instrumentations II Date and Time July 12 (Wednesday) / 14:30-16:00 Place Room E (1F) Session Chair Hideki Seto (KEK/JPARC, Japan) June Hyuk Lee (KAERI, Korea) WeE2-1 14:30-14:45 MAGiC: the Polarized Single-Crystal Diffractometer at the ESS Xavier FABREGES1, Sergey KLIMKO1, Arsen Goukasov1, Werner Schweika2,3, Peter Harbott2, Uwe Filges4, and Michel Kenzelmann4 1CEA-CNRS, France, 2JCNS at MLZ, Germany, 3ESS ERIC, Sweden, 4PSI, Switzerland WeE2-2 14:45-15:00 Tools for Grazing Incidence Neutron Scattering Experiments for Nano-Scale Tribology Studies Henrich Frielinghaus, Manuchar Gvaramia, Gaetano Mangiapia, Sebastian Jaksch, Marina Ganeva, Alexandros Koutsioubas, Stefan Mattauch, Michael Ohl, Michael Monkenbusch, and Olaf Holderer JCNS at MLZ, Germany WeE2-3 15:00-15:15 The Time-of-Flight SANS Instrument BILBY at ANSTO: Design, Commissioning and First Results Anna Sokolova, Andrew Whitten, and Liliana de Campo ANSTO, Australia WeE2-4 15:15-15:30 A Compact Focusing SANS Instrument using a Metallic Focusing Mirror for Compact Accelerator Driven Neutron Sources Demonstrated at the Hokkaido University Neutron Source Shin Takeda1, Takuya Hosobata1, Masahiro Hino2, Toshinori Ishida3, Junta Yamada3, Shin-ya Morita4, Masato Ohnuma3, Yutaka Yamagata1, and Michihiro Furusaka 3 1RIKEN, Japan, 2Kyoto Univ., Japan, 3Hokkaido Univ., Japan, 4Tokyo Denki Univ., Japan ICNS 2017 | 81 WeE2-5 15:30-15:45 HEIMDAL at ESS: A Thermal Neutron Powder Diffractometer Combined with SANS and Imaging - a Multiple Length Scale Instrument for Materials Science Sonja Holm1, Kåre Iversen1, Jonas Birk2, Rodion Kolevatov3, Jürg Schefer4, Bjørn Hauback3, Kim Lefmann2, and Mogens Christensen1 1Aarhus Univ., Denmark, 2Univ. of Copenhagen, Denmark, 3Inst. for Energy Tech., Norway, 4PSI, Switzerland WeE2-6 15:45-16:00 Present Status of and First Results from The Time of Flight USANS at the Spallation Neutron Source Mikhail Agamalian1, Kenneth Littrell1, Luke Heroux1, Matthieu Doucet1, and Jack Carpenter2 1ORNL, USA., 2Argonne Nat’l, Laboratory, USA 82 | July 9-13, 2017 | DCC, Daejeon, Korea Session Title [WeF2] Energy Materials IV Date and Time July 12 (Wednesday) / 14:30-16:00 Place Room F (2F) Session Chair Ashfia Huq (ORNL, USA) WeF2-1 14:30-14:45 Inelastic Neutron Scattering Studies of δ-Bi2O3-related Oxide-ion Conductors Chris Ling1, Julia Wind1, and Richard Mole2 1The Univ. of Sydney, Australia, 2ACNS, Australia WeF2-2 14:45-15:00 Proton Conductive Membranes Based on Sulfonated Syndiotactic Polystyrene: Morphological Analysis through Small Angle Neutron Scattering Maria Maddalena Schiavone and Aurel Radulescu JCNS at MLZ, Germany WeF2-3 15:00-15:15 Neutron Depth Profiling at a Focused Neutron Beam to Study Li-Ion Transport in Thin-Film Batteries Egor Vezhlev1, Alexander Ioffe1, Stefan Mattauch1, Thomas Brückel1, Chunguang Chen1,2, D.L. Danilov1,2, R.-A. Eichel1, and P. H. L. Notten1,2 1JCNS at MLZ, Germany, 2Eindhoven Univ. of Tech., Netherlands WeF2-4 15:15-15:30 Structural and Dynamic Properties of MgAgSb-Based Thermoelectric Materials Studied by Neutron Scattering Xiyang Li1, Baotian Wang2, Tatiana Guidi3, Maxim Avdeev4,5, Lunhua He1,2, Huaizhou Zhao1, and Fangwei Wang1,2 1CAS., China, 2CSNS, China, 3ISIS, UK, 4ANSTO, Australia, 5The Univ. of Sydney, Australia WeF2-5 15:30-15:45 Understanding Ion Transport Phenomena in Heterostructured Yttria-Stabilized Zirconia with Respect to Coordination Chemistry Daehee Lee1, George Sterbinsky2, Aloysius Soon1, Anton Stampfl3, Joosun Kim4, and Jooho Moon1 1Yonsei Univ., Korea, 2Argonne Nat'l Laboratory, USA, 3ANSTO, Australia, 4KIST, Korea WeF2-6 15:45-16:00 Influence of Water Vapor on the Dynamics of an Ionic Liquid Intercalated between MXene Layers Naresh Osti1, Katherine Van Aken2, Mohamed Alhabeb2, Madhusudan Tyagi3,4, Yury Gogotsi2, and Eugene Mamontov1 1ORNL, USA, 2Drexel Univ., USA, 3NIST, USA, 4Univ. of Maryland, USA ICNS 2017 | 83 T hursday, July 13, 2017 09:00 Plenary VI. Pengcheng Dai "Electron-Lattice-Magnetism interactions in iron-based superconductors" (2F, Grand Ballroom) 09:45-10:00 Coffee Break 10:00-12:00 Oral Sessions ThA1 (Room A) Spin Order and Dynamics ThB1 (Room B) Detectors and Optics ThC1 (Room C) Heavy Fermions and Metals ThD1 (Room D) Chemistry / Earth Science ThE1 (Room E) Engineering Materials II ThF1 (Room F) Industrial Applications II 12:00-13:30 Lunch 13:30-16:00 Oral Sessions ThA2 (Room A) Low Dimensional Magnetism ThB2 (Room B) Source and Instrumentations ThC2 (Room C) Frustration and Chirality ThD2 (Room D) Polymer Thin Films and Nanostructures ThE2 (Room E) Neutron Physics ThF2 (Room F) Energy Materials V ICNS 2017 | 85 * Complete abstracts are accessible on-line at Session Title [ThA1] Spin Order and Dynamics Date and Time July 13 (Thursday) / 10:00-12:00 Place Room A (1F) Session Chair Jason S. Gardner (NSRRC, Taiwan) Michael Manley (ORNL, USA) ThA1-1 (Invited) 10:00-10:30 Physical Realization of A New Quantum Spin Liquid Based on A Novel Frustration Mechanism Christian Balz1, Bella Lake1, Johannes Reuther1, Hubertus Luetkens2, Rico Schönemann3, Thomas Herrmannsdörfer3, Yogesh Singh4, A.T.M. Nazmul Islam1, Elisa M. Wheeler5, Jose Rodriguez-Rivera6, Tatiana Guidi7, Giovanna Simeoni8, Christopher Baines2, and Hanyo Ryll1 1HZB, Germany, 2PSI, Switzerland, 3Helmholtz-Zentrum Dresden-Rossendorf, Germany, 4Indian Inst. of Sci., Education and Research Mohali, India, 5ILL, France, 6NIST, USA, 7STFC Rutherford Appleton Laboratory, UK, 8Univ. of Stuttgart, Germany ThA1-2 10:30-10:45 Magnon Density of States in Yttrium Iron Garnet Shinichi Shamoto1, Masato Matsuura2, Mitsuhiro Akatsu3, Takashi U. Ito1, Ryoichi Kajimoto4, Michiyasu Mori1, Hiroaki Onishi1, Mitsutaka Nakamura4, Seiko Kawamura4, Kaoru Shibata4, Yuichi Nemoto3, and Sadamichi Maekawa1 1JAEA, Japan, 2CROSS, Japan, 3Niigata Univ., Japan, 4J-PARC, Japan ThA1-3 10:45-11:00 Collinear Nematic Phase in the Breathing Pyrochlore Spinel LiGa0.95In0.05Cr4O8 Gøran Nilsen1, Rafal Wawrzynczak2, Yu Tanaka3, Makoto Yoshida3, Yoshihiko Okamoto4, Pascal Manuel1, Nicola Casati5, Zenji Hiroi3, and Masashi Takigawa3 1ISIS, UK, 2ILL, France, 3The Univ. of Tokyo, Japan, 4Nagoya Univ., Japan, 5PSI, Switzerland ThA1-4 11:00-11:15 Experimental Evidence for Field Induced Emergent Clock Anisotropies in the XY Pyrochlore Er2Ti2O7 Jonathan Gaudet1, Alannah Hallas1, Jacque Thibeault1, Nick Butch2, Hanna Dabkowska3, and Bruce Gaulin1 1McMaster Univ., Canada, 2NIST, USA, 3Brockhouse Inst., Canada ICNS 2017 | 87 ThA1-5 11:15-11:30 Neutron Scattering Study in Breathing Pyrochlore Antiferromagnet Ba3Yb2Zn5O11 T Masuda1, T Haku1, M Soda1, M Sera2, K Kimura2, J Taylor3, S Itoh4, T Yokoo4, Y Matsumoto5, D Yu6, R. A. Mole6, T Takeuchi2, S Nakatsuji1, Y Kohno1, T Sakakibara1, and L.-J Chang7 1Univ. of Tokyo, Japan, 2Osaka Univ., Japan, 3ISIS, UK, 4KEK, Japan, 5Max Planck Inst., Germany, 6 ANSTO, Australia, 7NCKU, Taiwan ThA1-6 11:30-11:45 Time-Reversal Symmetry Breaking Hidden Order in Sr2(Ir,Rh)O4 Jaehong Jeong1, Yvan Sidis1, Alex Louat2, Véronique Brouet2, and Philippe Bourges1 1LLB, France, 2Univ. Paris-Sud, France ThA1-7 11:45-12:00 Magnetic Structure and Magnon Spectra of Coupled Spin Tetramer System SeCuO3 Vinko Šurij 1, Ivica Živković1,2, Krunoslav Prša2,3, Henrik M. Rønnow2, and Helmuth Berger2 1Inst. of Physics, Croatia, 2EPFL, Switzerland. 3Universitat Freiburg, Germany 88 | July 9-13, 2017 | DCC, Daejeon, Korea Session Title [ThB1] Detectors and Optics Date and Time July 13 (Thursday) / 10:00-12:00 Place Room B (1F) Session Chair Bruno Guerard (ILL, France) Myung Kook Moon (KAERI, Korea) ThB1-1 (Invited) 10:00-10:30 Multi-Grid: the New Generation Large-Area Detector for Neutron Scattering Science Anton Khaplanov1, Michail Anastasopoulos1, Jens Birch2, Jean-Claude Buffet3, Jean-Fransois Clergeau3, Pascale Deen1, Eszter Dian4, Georg Ehlers5, Patrick van Esch3, Michelle Everett5, Bruno Guerard3, Richard Hall-Wilton1, Kenneth Herwig5, Lars Hultman2, Carina Hoglund1, Fatima Issa1, Jens Jensen2, Oliver Kirstein1, Isaak Lopez Higuera1, and Francesco Piscitelli1 1ESS ERIC, Sweden, 2Linkoping Univ., Sweden, 3ILL, France, 4Centre for Energy Research, Hungary, 5Spallation Neutron Source, USA ThB1-2 10:30-10:45 Performance Evaluation of Imaging Detector based on Boron-Coated Straws Jeffrey Lacy1, Murari Regmi1, Athanasios Athanasiades1, Christopher Martin1, Gerson Vazquez1, and Davide Raspino2 1Proportional Technologies, Inc., USA, 2ISIS, UK ThB1-3 10:45-11:00 Neutron Detectors based on Boron Carbide Coatings Gregor Nowak1, Michael Störmer1, Reinhard Kampmann2, Christian Horstmann1, Hans-Werner Becker3, Martin Haese1, Jean-Francois Moulin1, Matthias Pomm1, Thorsten Kühl2, Engelhard Prätzel2, Daniel Hoeche1, Irina Stefanescu4, Jörg, Burmester1, Jörn Plewka1, Christian Jacobsen1, Richard Hall-Wilton4, Jochen Fenske1, and Martin Müller1 1HZG, Germany, 2DENEX-GmbH, Germany, 3Ruhr-Universität Bochum, Germany, 4ESS ERIC, Sweden ThB1-4 11:00-11:15 Development of a Fast 3He Detector for the Future Xtreme D Instrument: The Trench-MWPC Jean-Claude Buffet , Jean-Francois Clergeau, Sylvain Cuccaro, Bruno Guerard, Julien Marchal, and Jérome Pentenero ILL, France ICNS 2017 | 89 ThB1-5 11:15-11:30 Novel Neutron Detectors based on the Time Projection Method Markus Köhli1,2, Tim Wagner1, Fabian Schmidt1, Ulrich Schmidt2, Jochen Kaminski1, and Klaus Desch1 1Univ. of Bonn, Germany, 2Heidelberg Univ., Germany ThB1-6 11:30-11:45 New Developments in Neutron Optics at ILL Pierre COURTOIS, Thierry BIGAULT, David JULLIEN, and Alexandre PETUKHOV ILL, France ThB1-7 11:45-12:00 Additive Manufacturing for Shielding and Collimation Anders Olsson, Maja Hellsing, and Adrian Rennie Uppsala Univ., Sweden 90 | July 9-13, 2017 | DCC, Daejeon, Korea Session Title [ThC1] Heavy Fermions and Metals Date and Time July 13 (Thursday) / 10:00-12:00 Place Room C (1F) Session Chair Sungdae Ji (MPI-Postech, Korea) ThC1-1 (Invited) 10:00-10:30 The Valence-Fluctuating Ground State of Plutonium Marc Janoschek1, Pinaki Das1, Bismayan Chakrabarti2, Doug Abernathy3, Mark Lumsden3, Jon Lawrence1, Joe Thompson1, Gerry Lander4, Jeremy Mitchell1, Scott Richmond1, Mike Ramos1, Frans Trouw1, Jian-Xin Zhu1, Kristjan Haule2, Gabi Kotliar2, and Eric Bauer1 1Los Alamos Nat'l Laboratory, USA, 2Rutgers Univ., USA, 3ORNL, USA, 4European Commission, JRC, Germany ThC1-2 10:30-10:45 Incommensurate Short-Range Multipolar Order and Spin Fluctuations in the Phase II of Ce3Pd20Si6 P. Y. Portnichenko1, S. Paschen2, A. Prokofiev2, A. S. Cameron1, J.-M. Mignot3, A. Ivanov4, and D. S. Inosov1 1TU Dresden, Germany, 2TU Vienna, Austria, 3LLB, France, 4ILL, France ThC1-3 10:45-11:00 Magnetic Frustration in a Prototypical Strongly Correlated Metal David M. Fobes1, S. Zhang2, S.-Z. Lin3, Pinaki Das1, N. J. Ghimire1, E. D. Bauer1, J. D. Thompson1, L. W. Harriger4, G. Ehlers5, A. Podlesnyak5, R. I. Bewley6, A. Sazonov7, V. Hutanu7, F. Ronning1, C. D. Batista1,2, and M. Janoschek1 1Los Alamos Nat'l Laboratory, USA, 2The Univ. of Tennessee, USA, 3NIST, USA, 4ORNL, USA, 5ISIS, UK, 6TU Munich, Germany ThC1-4 11:00-11:15 Crystal Field Excitations in the Metallic Ising 2D Antiferromagnet Nd2Ni2In Matthew Stone1, Gabriele Sala1, and Silvie Maskova2 1ORNL, USA., 2Charles Univ., Czech ICNS 2017 | 91 ThC1-5 11:15-11:30 Evidence for a Novel Quantum Phase Transition Daniel Gabriel Mazzone1, Stéphane Raymond2, Jorge Gavilano1, Ruchika Yadav1, Marek Bartkowiak1, Eric Ressouche2, Christof Niedermayer1, Jonas Birk 1,3, Bachir Ouladdiaf4, Gael Bastien2, Georg Knebel2, Dai Aoki2, Gérard Lapertot2, and Michel Kenzelmann1 1PSI, Switzerland, 2Univ. Grenoble Alpes, France, 3TU Denmark, Denmark, 4ILL, France ThC1-6 11:30-11:45 Vibron States in Non-Centrosymmetric Tetragonal CeCuAl3 Compound - a Single Crystal Study Milan Klicpera1, Martin Boehm2, Pavel Javorský1, Paul Steffens2, and Jiří Kulda2 1Charles Univ., Czech, 2ILL France ThC1-7 11:45-12:00 High Energy Magnetic Excitations in the Itinerant Electron Ferromagnet Iron Measured throughout the Brillouin Zone Alex Buts1, H. A. Mook2, and T. G. Perring1 1ISIS, UK, 2ORNL, USA 92 | July 9-13, 2017 | DCC, Daejeon, Korea Session Title [ThD1] Chemistry / Earth Science Date and Time July 13 (Thursday) / 10:00-12:00 Place Room D (1F) Session Chair Brendan Kennedy (The Univ. of Sydney, Australia) Yusheng Zhao (Southern Univ. of Sci. and Tech., USA) ThD1-1 (Invited) 10:00-10:30 High-Pressure Neutron Diffraction Studies for Earth/Energy/Environmental Materials Yusheng Zhao SUSTech, China ThD1-2 10:30-10:45 Hydrogen Bonds in Enantiomers: The Alanine Paradigm Jose Pereira1, Ezequiel Belo2,3, Paulo Freire3, Dimitri Argyriou4, Juergen Eckert5,6, and Heloisa Bordallo1,4 1Univ. of Copenhagen, Denmark, 2Univ. Federal do Pará, Brazil, 3Univ. Federal do Ceará, Brazil, 4ESS ERIC, Sweden, 5Univ. of South Florida, USA, 6Los Alamos Nat'l Laboratory, USA ThD1-3 10:45-11:00 Microstructural Evolution of Dental Glass-Ionomer Cements during Setting Reaction Followed using SANS and USANS Chee W. Loy1, Khamirul A. Matori2, Norhazlin Zainuddin3, Andrew E. Whitten4, Christine Rehm4, Liliana de Campo4, and Siegbert Schmid1 1The Univ. of Sydney, Australia, 2Univ. Putra Malaysia, Malaysia, 3Univ. Putra Malaysia, Malaysia, 4ANSTO, Australia ThD1-4 11:00-11:15 Effect of Spacer Group of Cationic Gemini Surfactants on their Interactions with Natured and Denatured Bovine Serum Albumin Sayantan Halder1, Sonu Kumar1, Sunita Kumari1, Vinod Kumar Aswal2, and Subit Kumar Saha1 1Bits Pilani, India, 2BARC, India ThD1-5 11:15-11:30 Archaeometallurgical Evaluation of Copper Coins from Fillippoi, Topirus, Macedonia Koina and Avdera, Employing Non-Destructive Neutron Diffraction Ioannis M. Siouris1, Stefanos Katsavounis1, and Andreas Hoser2 1Democritus Univ. of Thrace, Greece, 2HZB, Germany ThD1-6 11:30-11:45 Grazing Incident Scattering on Model Catalyst for Polymer Electrolyte Fuel Cell Satoru Ueda1, Satoshi Koizumi1, Ohira Akihiro2, Kuroda Seiichi2, and Frielinghaus Henrich3 1Ibaraki Univ., Japan, 2FC-Cubic, Japan, 3JCNS at MLZ, Germany ICNS 2017 | 93 Session Title [ThE1] Engineering Materials II Date and Time July 13 (Thursday) / 10:00-12:00 Place Room E (2F) Session Chair Yo Tomota (NIMS, Japan) ThE1-1 (Invited) 10:00-10:30 Magneto-Elastic Coupling in Ferromagnetic Shape Memory Alloys Yubin Ke1, Abhijit Pramanick2, Honghui Wu2, and Xun-Li Wang2 1CSNS, China, 2City Univ. of Hong Kong, Hong Kong ThE1-2 10:30-10:45 Elastic Constants of Oriented Ti3AlC2 and Ti3SiC2 Obtained via Coherent Inelastic Neutron Scattering Oliver Kirstein1,2, Veronica Gray2,3, Anton P. J. Stampfl4, and Erich H. Kisi2 1ESS ERIC, Sweden, 2Univ. of Newcastle, Australia, 3Swansea Univ., UK, 4ACNS, Australia ThE1-3 10:45-11:00 In Situ Neutron Diffraction Study on the Relationship between Residual Stresses and the Crack Opening Resistance WANCHUCK WOO1, Huai Wang1,2, Dong-Kyu Kim1, and Gyu Baek An3 1KAERI, Korea, 2Chungnam Nat'l, Univ., Korea, 3Chosun Univ., Korea ThE1-4 11:00-11:15 Heterogeneous Nucleation in an Excellent Metallic Glass Former Zr-Cu-Al-Ag Triggered by Quenched-in Metastable Crystals - a Time-Resolved Neutron Scattering Study Zhenduo WU1, Si LAN1,2, Katharine PAGE3, Baolong SHEN4, and Xun-Li WANG1 1City Univ. of Hong Kong, Hong Kong, 2Nanjing Univ. of Sci. & Tech., China, 3ORNL, USA, 4Southeast Univ., China ThE1-5 11:15-11:30 Investigation of Ordering and Disordering of β/βo -Phase in γ-TiAl Alloys by Neutron Diffraction Victoria Kononikhina1, Andreas Stark1, Florian Pyczak1, Weimin Gan2, and Andreas Schreyer3 1HZG, Germany, 2FRM II, Germany, 3ESS ERIC, Sweden ThE1-6 11:30-11:45 Investigation of the Deformation Behavior of Superelastic BMG Composites Under In-Situ Neutron Diffraction Scattering Wook Ha Ryu1, Hyun Seok Oh1, Wan Chuck Woo2, and Eun Soo Park1 1Seoul Nat’l, Univ., Korea, 2KAERI, Korea 94 | July 9-13, 2017 | DCC, Daejeon, Korea Session Title [ThF1] Industrial Applications II Date and Time July 13 (Thursday) / 10:00-12:00 Place Room F (2F) Session Chair Baek Seok Seong (KAERI, Korea) Masato Ohnuma (Hokkaido Univ., Japan) ThF1-1 10:00-10:15 Active Use of Compact Neutron Source to Industrial Applications Masato Ohnuma1, Toshinori Ishida1, Michihiro Furusaka1, B. S. Seong2, Satoshi Koizumi3, Yohei Noda3, and Toru Minemura4 1Hokkaido Univ., Japan, 2KAERI, Korea, 3Ibaraki Univ., Japan, 4Ibaraki Pref., Japan ThF1-2 10:15-10:30 A New Era on Industrial Applications by Neutron Beam Techniques at HANARO BAEK SEOK SEONG, Eunjoo Shin, Young-Soo Han, Wan Chuck Woo, Seong-Soo Lee, Tae-Ju Kim, Sang Jin Cho, Jong Yul Kim, and Ji Myung Ryu KAERI, Korea ThF1-3 10:30-10:45 Radiation Damage Studies in Fusion Reactor Steels by Means of Small-Angle Neutron Scattering (SANS) Roberto Coppola1, Michael Kilimenkov2, Rainer Lindau2, Anton Moeslang2, and Monica Valli1 1ENEA, Italy, 2KIT, Germany ICNS 2017 | 95 Session Title [ThA2] Low Dimensional Magnetism Date and Time July 13 (Thursday) / 13:30-16:00 Place Room A (1F) Session Chair Bella Lake (HZB, Germany) ThA2-1 (Invited) 13:30-14:00 Quantum Spin Liquids: A New State of Magnetism Young Lee Stanford Univ., USA ThA2-2 14:00-14:15 24-Spin Cluster in the Natural Mineral Boleite: A Quantum Spin Droplet Erik Dreier Christensen1, Sonja L. Holm1, Kenneth Lønbæk1, Ursula B. Hansen1, Martin Ruminy2, Andrea Piovano3, Stéphane Rols3, Gøran Nielsen3,4, Martin Boehm3, Markos Skoulatos2, Jürg Schefer2, Nicola Casati2, Henrik M. Rønnow5,Tom Fennell2, and Kim Lefmann1 1Univ. of Copenhagen, Denmark, 2PSI, Switzerland, 3ILL, France, 4ISIS, UK, 5EPFL, Switzerland ThA2-3 14:15-14:30 Field-Induced Unconventional Quantum Phase Transition in an Ising-like Antiferromagnetic Spin Chain Quentin Faure1,2,3, Shintaro Takayoshi4, Virginie Simonet3, Sylvain Petit5, Louis-Pierre Regnault2, Martin Boehm6, Stéphane Raymond2, Jonathan White7, Martin Mansson8, Christian Ruegg7, Benjamin Canals3, Shunsuke Furuya4, Thierry Giamarchi4, Claude Berthier9, Pascal Lejay3, and Béatrice Grenier1,2 1Univ, Grenoble Alpes, France, 2INAC, CEA-Grenoble, France, 3Institut Néel, France, 4Univ. of Geneva, Switzerland, 5LLB, CEA-Saclay, France, 6ILL, France, 7PSI, Switzerland, 8KTH Royal Inst. of Tech., Sweden, 9LNCMI, France ThA2-4 14:30-14:45 The Whole Picture of Magnetic Excitations in an S=1/2 Triangular-Lattice Heisenberg Antiferromagnet Revealed from Inelastic Neutron Scattering Experiment on Ba3CoSb2O9 Hidekazu Tanaka1, Saya Ito1, Nobuyuki Kurita1, Seiko Ohira-Kawamura2, Kenji Nakajima2, Shinichi Itoh3, Keitaro Kuwahara4, and Kazuhisa Kakurai5 1Tokyo Inst. of Tech., Japan, 2J-PARC Center, Japan, 3HEARO, Japan, 4Ibaraki Univ., Japan, 5CROSS, Japan 96 | July 9-13, 2017 | DCC, Daejeon, Korea T hA2-5 14:45-15:00 Absence of Long Range Order in SrDy2O4 Frustrated Magnet due to Trapped Defects from a Dimensionality Crossover Nicolas Gauthier1, Amy Fennell1, Bobby Prévost2, Anne-Christine Uldry1, Bernard Delley1, Romain Sibille1, Alexandre Désilets-Benoit2, Hanna Dabkowska3, Goran J. Nilsen4, Louis-Pierre Regnault4, Jonathan S. White1, Christof Niedermayer1, Vladimir Pomjakushin1, Andrea D. Bianchi2, and Michel Kenzelmann1 1PSI , Switzerland, 2Univ. de Montréal, Canada, 3Brockhouse Inst. for Materials Research, Canada, 4ILL, France ThA2-6 15:00-15:15 Spin-spin Correlations in the 1D State of the Trimer-Chain Compound CaNi3(P2O7)2: A Reverse Monte Carlo Analysis of Diffuse Magnetic Neutron Scattering A. K. BERA, AMIT KUMAR, and S. M. YUSUF BARC, India ThA2-7 15:15-15:30 A Tale of Two Types of Magnetic Dynamics in CoCl2·2D2O Ursula Hansen1, Jonas O. Birk1, Lise Hoffmann1, Christopher R. Andersen1, Turi K. Schäffer1, Sonja Holm2, Christof Niedermayer3, Jose A Rodriguez-Rivera4, Jens Jensen1, Niels B. Christensen5, and Kim Lefmann1 1Univ. of Copenhagen, Denmark, 2Univ. of Aarhus, Denmark, 3PSI, Switzerland, 4NIST, USA, 5DTU, Denmark ThA2-8 15:30-15:45 Magnetic Excitations of the Cu2+ Quantum Spin Chain in Sr3CuPtO6 Jonathan Leiner1,2, Joosung Oh1,2, A. I. Kolesnikov3, M. B. Stone3, Manh Duc Le4, M. Mourigal5, S.-W. Cheong6, and Je-Geun Park1,2 1IBS, Korea, 2Seoul Nat'l Univ., Korea, 3ORNL, USA, 4ISIS, UK, 5Georgia Inst. of Tech., USA, 6Rutgers Univ., USA ThA2-9 15:45-16:00 Evidence of Electron-Phonon Interaction in Single Crystal of (Ru3+/Ru4+) Mixed-Valence Na2.7Ru4O9 and NaRu2O4 Arvind Yogi1,2, C. I. Sathish1,2, Hasung Sim1,2, and Je-Geun Park1,2 1IBS, Korea, 2Seoul Nat'l Univ., Korea ICNS 2017 | 97 Session Title [ThB2] Source and Instrumentations Date and Time July 13 (Thursday) / 13:30-16:00 Place Room B (1F) Session Chair Thomas Krist (HZB, Germany) Masahiro Hino (Kyoto Univ., Korea) ThB2-1 13:30-13:45 The ESS Neutron Beam Generation Approach as New Opportunity for A Variety of Future Neutron Sources Ferenc Mezei1,2 1ESS ERIC, Sweden, 2HAS Wigner Research Center, Hungary ThB2-2 13:45-14:00 Modelling Option USANS Upgrade: the Project OPUS for LoKI@ESS and the Upgrade of D11@ILL Claudia Mondelli1, Víctor M. Galván Josa1, Emmanuel Farhi1, Ralf Schweins1, and Andrew Jackson2 1ILL, France, 2ESS, Sweden ThB2-3 14:00-14:15 Recent Developments in Neutron Imaging and Diffraction: IMAT Beamline at ISIS Genoveva Burca1, Winfried Kockelmann1, Daniel Pooley1, Jeffrey Sykora1, Triestino Minniti1, Nigel Rhodes1, Will Halcrow1, Jim Nightingale1, and Jon James2 1STFC Rutherford Appleton Laboratory, UK, 2The Open Univ., UK ThB2-4 14:15-14:30 Development and Application of in situ Polarized 3He Neutron Spin Filters at Oak Ridge National Laboratory Chenyang Jiang, Xin Tong, Tianhao Wang, Daniel Brown, Lee Robertson, and Adam Wonder ORNL, USA ThB2-5 14:30-14:45 Neutron Guide System of the High-Flux PIK Reactor Peter Konik1,2, Konstantin Pavlov1,2, Yurii Kireenko1, Sergey Grigoriev1,2, and Evgeny Moskvin1,2 1PNPI, Russia, 2SPbSU, Russia 98 | July 9-13, 2017 | DCC, Daejeon, Korea T hB2-6 14:45-15:00 Simulation Study on Resonance Spin Flippers for High-Resolution Neutron Resonance Spin Echo Methods Tatsuro Oda1, Masahiro Hino1, Hitoshi Endo2, and Yuji Kawabata1 1Kyoto Univ., Japan, 2KEK, Japan ThB2-7 15:00-15:15 An Instrument as Perfect Neutron Polarizer Wolfgang Treimer1,2 and Henning Höppner1 1Beuth Univ. of Applied Sciences, Germany, 2HZB, Germany ThB2-8 15:15-15:30 Advances in Neutron Optics at Helmholtz-Zentrum Berlin Thomas Krist HZB, Germany ICNS 2017 | 99 Session Title [ThC2] Frustration and Chirality Date and Time July 13 (Thursday) / 13:30-16:00 Place Room C (1F) Session Chair Henrik M. Ronnow (EPFL, Switzerland) Marc Janoschek (Los Alamos National Laboratory, USA) ThC2-1 (Invited) 13:30-14:00 Novel Phases in Frustrated Magnets Studied with Polarized Neutron Scattering Michel Kenzelmann PSI, Switzerland ThC2-2 14:00-14:15 Phase Transition of MnSi under Magnetic Field: A SANS and Neutron Spin Echo Study Catherine Pappas1, L.J. Bannenberg1, E. Lelièvre-Berna2, F. Qian1, C. Dewhurst2, R.M. Dalgliesh3, D. Schlagel4, T. Lograsso4, and P. Falus2 1Delft Univ. of Tech., Netherlands, 2ILL, France, 3ISIS, UK, 4Iowa State Univ., USA ThC2-3 14:15-14:30 Helical Magnetism in the Vicinity of the Superconducting State in MnP M. Matsuda1, S. E. Dissanayake1, F. Ye1, J.-G. Cheng2, S. Chi1, J. Ma3, H. D. Zhou3, J.-Q. Yan1,3, K. Matsubayashi4, T. Okada5, J. Gouchi5, and Y. Uwatoko5 1ORNL, USA, 2CAS, China, 3Univ. of Tennessee, USA, 4Univ. of Electro-Communications, Japan, 5Univ. of Tokyo, Japan ThC2-4 14:30-14:45 Spin Waves in Full-Polarized State of Dzyaloshinskii-Moriya Helimagnets: Small-Angle Neutron Scattering Study Sergey Grigoriev1,2, Evgeny Altynbaev1,2, Kirill Pschenichnyi1,2, Sven-Arne Siegfried3, Andre Heinemann3, Gregory Chaboussant4, and Dirk Menzel5 1PNPI, Russia, 2Saint-Petersburg State Univ., Russia, 3HZG, Germany, 4LLB, France, 5TU Braunschweig, Germany ThC2-5 14:45-15:00 Novel Mechanism for Introducing Chirality in Rare Earth Superlattices Dieter Lott1, Vlad Tarnavich2, and Elena Tartakovskaya3 1HZG, Germany, 2PNPI NRC KI, Russia, 3Inst. of Magnetism NAS of Ukraine, Ukraine 100 | July 9-13, 2017 | DCC, Daejeon, Korea T hC2-6 15:00-15:15 Phase Stability and Higher Order Peaks of the Skyrmion Lattice in Cu2OSeO3 Johannes D. Reim1, Koya Makino1, Daiki Higashi1, Daisuke Okuyama1, Taku J. Sato1, Yusuke Nambu1, Elliot P. Gilbert2, Norman Booth2, Shinichiro Seki3,4, and Yoshinori Tokura2,5 1Univ. Tohoku, Japan, 2ANSTO, Australia, 3RIKEN, Japan, 3PRESTO, Japan, 5The Univ. of Tokyo, Japan ThC2-7 15:15-15:30 Small Angle Neutron Scatterings Study on the Cubic Chiral Crystal Pr5Ru3Al2 Koya Makino1, Daisuke Okuyama1, Maxim Avdee 2, Kazuki Ohishi3, Kunihiko Yamauchi4, Tamio Oguchi4, and Taku J. Sato1 1Tohoku Univ., Japan, 2ANSTO, Australia, 3CROSS, Japan, 4Osaka Univ., Japan ThC2-8 15:30-15:45 Absolute Crystal and Magnetic Chiralities in the Langasite Compound Ba3NbFe3Si2O14 Determined by Polarized Neutron Scattering Navid Qureshi1, Laurent Chapon2, and Sang-Wook Cheong3 1ILL, France, 2Diamond Light Source, UK, 3The State Univ. of New Jersey, USA ThC2-9 15:45-16:00 Field-Dependence of the Helimagnon Dispersion in the Chiral Magnet MnSi Tobias Weber1,2, Johannes Waizner3, Gregory Tucker4, Robert Georgii2, Max Kugler2, Andreas Bauer1, Markus Garst5, and Peter Böni1 1TU Munich, Germany, 2MLZ, Germany, 3Universitaet zu Koeln, Germany, 4PSI, Switzerland, 5TU Dresden, Germany ICNS 2017 | 101 Session Title [ThD2] Polymer Thin Films and Nanostructures Date and Time July 13 (Thursday) / 13:30-16:00 Place Room D (1F) Session Chair Jaseung Koo (KAERI, Korea) Jin Kon Kim (POSTECH, Korea) ThD2-1 13:30-13:45 Highly Asymmetric Gyroid Structures by Blending of ABC Triblock Terpolymer and AB Diblock Copolymer Jin Kon Kim, Seonghyeon Ahn, and Chungryong Choi POSTECH, Korea ThD2-2 13:45-14:00 Supramolecular Dendron-Jacketed Block Copolymer Micelles in Solutions and Thin Films Xun-Yan Wu1, Yen-Ming Hsu1, Wei-Tsung Chuang2, and Ya-Sen Sun1 1NCU, Taiwan 2NSRRC, Taiwan ThD2-3 14:00-14:15 Vertical Orientation of Block Copolymer Thin Films Induced by Segregation of Organic Nanoparticles Hyun Suk Wang, Anzar Khan, June Huh, and Joona Bang Korea Univ., Korea ThD2-4 14:15-14:30 Dynamical Features in Self Assembled Molecular Aggregates R. Mukhopadhyay, V.K. Sharma, and S. Mitra BARC, India ThD2-5 14:30-14:45 Realtime Structural Characterisation of Thin Film OLED Stacks During Thermally Induced Diffusion - the Importance of Glass Transitions Andrew Nelson1, Jake McEwan2, Andrew Clulow3, Paul Shaw2, Tamim Darwish1, Nageshwar Rao Yepuri1, Paul Burn2, and Ian Gentle2 1ANSTO, Australia, 2Univ. of Queensland, Australia, 3Monash Univ., Australia 102 | July 9-13, 2017 | DCC, Daejeon, Korea T hD2-6 14:45-15:00 Time-Resolved Neutron Reflectivity Detects Mass Transfer along Film Thickness Direction Satoshi Koizumi, Satoru Ueda, and Yohei Noda Ibaraki Univ, Japan ThD2-7 15:00-15:15 Swelling Behavior of Polyelectrolyte Brush/Multilayer Composites - Water Distribution in Humid Conditions Oliver Löhmann1, Samantha Micciulla2, Emanuel Schneck2, Olaf Sotlwedel3, and Regine von Klitzing1 1TU Darmstadt, Germany, 2Max Planck Inst. of Colloids and Interfaces Potsdam, Germany, 3Max Planck Inst., Germany ThD2-8 15:15-15:30 Monitoring the Thickness Evolution and Water Uptake of PEDOT:PSS Thin Films under High Humidity Conditions by In-Situ Neutron Reflectometry Lorenz Bießmann1, Lucas Kreuzer1, Tobias Widman1, Nuri Hohn1, Jean-Francois Moulin2, and Peter Müller-Buschbaum1 1TU Munich, Germany, 2HZG, Germany ThD2-9 15:30-15:45 Investigating Biomimetic Calcium Phosphate and Carbonate Mineral Formation within Multilayered Biopolymer Films using Small Angle Neutron Scattering Rayomand Shahlori1,2, Andrew Nelson3, Jitendra Mata3, Geoffrey Waterhouse1,2, and Duncan McGillivray1,2 1The Univ. of Auckland, New Zealand, 2MacDiarmid Inst. for Advanced Materials and Nanotechnology, New Zealand, 3ANSTO, Australia ThD2-10 15:45-16:00 Structure and Mechanical Properties of Polybutadiene Thin Films at Surface-Modified Carbon Interface Koichiro Hori1, Norifumi Yamada1, Yoshihisa Fujii2, Tomomi Masui3, Hiroyuki Kishimoto3, and Hideki Seto1 1HEARO, Japan, 2Mie Univ., Japan, 3Sumitomo Rubber Industries, Ltd., Japan ICNS 2017 | 103 Session Title [ThE2] Neutron Physics Date and Time July 13 (Thursday) / 13:30-16:00 Place Room E (2F) Session Chair Valery Shvetsov (JINR, Russia) ThE2-1 (Invited) 13:30-14:00 Neutron Physics at the Joint Institute for Nuclear Research Valery Shvetsov JINR, Russia ThE2-2 14:00-14:15 Experimental Demonstration of Direct Path State Characterization by Strongly Measuring Weak Values in Neutron Interferometry Stephan Sponar TU Wien, Austria ThE2-3 14:15-14:30 Transmission of Ultracold Neutrons Through Cold Deuterium and Hydrogen - The Scattering Cross Sections and Surface Scattering Stefan Döge (Doege)1,2,3, Christoph Morkel1, Erwin Gutsmiedl1, Tobias Jenke2, Peter Geltenbort2, Bernhard Lauss4, Nicolas Hild4, Winfried Petry1, Stephan Paul1 1ILL France, 2TU Munich, Germany, 3Université Grenoble Alpes, France ThE2-4 14:30-14:45 The 33S(n,α)30Si Cross-Section Measurement of the Thermal Point at ILL and Resonance Region at n_TOF-CERN. Potential Applications to Neutron Capture Therapy Javier Praena1, Ignacio Porras1, and Marta Sabaté-Gilarte2 1Univ. of Granada, Spain, 2CERN, Switzerland ThE2-5 14:45-15:00 Measurement of the Double-Differential Neutron Cross Section of U in UO2 from Room Temperature to Hot Full Power Conditions Gilles Noguere1, Alain FILHOL2, Juan Pablo SCOTTA1, Jacques OLIVIER2, and Yoann CALZAVARA2 1CEA Cadarache, France, 2ILL, France ThE2-6 15:00-15:15 Neutron Diffraction by A Surface Acoustic Wave German Kulin1, Alexander Frank1, Yury Khaydukov2, Dmitry Roshchupkin3, and Simone Vadilonga4 1JINR, Russia, 2Max-Plank Inst. for Solid State Research, Germany, 3RAS, Russia, 4HZB, Germany 104 | July 9-13, 2017 | DCC, Daejeon, Korea Session Title [ThF2] Energy Materials V Date and Time July 13 (Thursday) / 13:30-16:00 Place Room F (2F) Session Chair Tatsiana Burankova (PSI, Switzerland) ThF2-1 (Invited) 13:30-14:00 Uniformity of Lithium-Ion Batteries Probed by Neutron Scattering Anatoliy Senyshyn1, Martin Mühlbauer2,3, and Michael Hofmann1 1TU Munich, Germany, 2HIU, Germany, 3KIT, IAM, Germany ThF2-2 14:00-14:15 Crystal Structure Refinement of Isotope Doped Li2MnO3 by using Neutron Powder Diffractometer, iMATERIA Toru Ishigaki1, Akinori Hoshikawa1, Yukihiko Yoshida1, Takeshi Matsukawa1, and Hideto Imai2 1Ibaraki Univ., Japan, 2NISSAN ARC LTD., Japan ThF2-3 14:15-14:30 Application of the High Resolution Fourier Diffractometer for Studing Battery Materials Ivan Bobrikov, Nataly Samoylova, Sergey Sumnikov, Olga Ivanshina, and Anatoly Balagurov JINR, Russia ThF2-4 14:30-14:45 Low-Temperature Effect on Lithium Diffusion in 18650 Li-ion Battery Chun-Ming Wu1, Chia-Chin Chang2, Ping-I Pan2, and Maxim Avdeev3 1Nat'l Synchrotron Radiation Research Center, Taiwan, 2Nat'l Univ. of Tainan, Taiwan, 3ANSTO, Australia ThF2-5 14:45-15:00 Catalytic Function of Intra-Zeolite Frustrated Lewis Pairs Investigated by In Operando Neutron/X-Ray Scattering Heeju Lee1, Kwang Soo Lim2, Bonglim Suh3, In Hwa Cho4, Jihan Kim3, Sanghyun Lee5,6, Shukii Torii5,6, Takashi Kamiyama5,6, Tae Joo Shin7, and Yong Nam Choi2 1Sogang Univ., Korea, 2KAERI, Korea, 3GIST, Korea, 4KAIST, Korea, 5J-PARC, Japan, 6KEK, Japan, 7UNIST, Korea ICNS 2017 | 105 ThF2-6 15:00-15:15 Evidence of High Density of Confined Fluids in Nano-Pores Jitendra Bahadur1, Cristian Contescu2, and Yuri Melnichenko2 1BARC, India, 2ORNL, USA ThF2-7 15:15-15:30 Self-Assembly of Diblock Polythiophene Polyelectrolytes for Organic Photovoltaic Devices Judith Houston1, Michèle Chevrier2, Amandine Thomas2, Ann Terry3, Sébastien Clément2, and Rachel Evans4 1JCNS, Germany, 2Université Montpellier 2, France, 3ISIS, UK, 4Univ. of Cambridge, UK. ThF2-8 15:15-15:30 Liquid-Like Thermal Conduction in Two-Dimensional Layered Crystalline Solids Bing Li1, H. Wang2, Y. Kawakita1, Q. Zhang3, M. Feygenson4, H. L. Yu5, D. Wu6, K. Ohara7, T. Kikuchi1, K. Shibata1, T. Yamada8, Y. Chen5, J. Q. He6, D. Vaknin3, R. Q. Wu2, K. Nakajima1, and M. G. Kanatzidis9 1J-PARC, Japan, 2Univ. of California, USA, 3Iowa State Univ., USA, 4JCNS at MLZ, Germany, 5The Univ. of Hong Kong, Hong Kong, 6South Univ. of Science and Tech. of China, China, 7Japan Synchrotron Radiation Research Inst., Japan, 8CROSS, Japan, 9Northwestern Univ., USA 106 | July 9-13, 2017 | DCC, Daejeon, Korea M onday, July 10, 2017 01: Soft Matter MoP1~MoP43 02: Biology and Biological Interface MoP44~MoP69 05: Chemistry / Earth Science MoP70~MoP82 06: Engineering Materials MoP83~MoP102 08: Imaging / Radiography MoP103~MoP117 09: Neutron Physics MoP118~MoP130 ICNS 2017 | 107 * Complete abstracts are accessible on-line at [MoP] Poster Session 1 Monday, July 10, 2017 / 16:30-18:30 1F, Exhibition Hall MoP 1 Understanding the Dynamics of Aqueous Solutions in Dental Cements Marcella C. Berg1,2, Ana R. Benetti1, Mark T. F. Telling3,4, Tilo Seydel5, and Heloisa N. Bordallo1,2 1Univ. of Copenhagen, Denmark, 2ESS ERIC, Sweden, 3ISIS, UK, 4Univ. of Oxford, UK, 5ILL, France MoP 2 Challenges of Kinetic Measurements with a Bonse-Hart Neutron Diffractometer Christopher J. Garvey1, Liliana de Campo1, Christine Rehm1, Chris D. Muzny2, and Howard J. M. Hanley3 1ANSTO, Australia, 2NIST, USA, 3 Australian Nat'l Univ., Australia MoP 3 A Study of the Interaction between Polyelectrolytes and Biomolecules at the Solid/Solution Interface with Neutron Specular Reflectivity Christopher Garvey1, Vikram S. Raghuwanshi2, Jielong Su2, Warwick Raverty2, Stephen A. Holt1, Peter J. Holden1, and Gil Garnier2 1ANSTO, Australia, 2Monash Univ., Australia MoP 4 Small Angle Neutron Scattering on Critical Polymer Clusters Formed with Tetra-Armed Prepolymers Xiang Li1, Kazu Hirosawa1, Takamasa Sakai1, Elliot Gilbert2, and Mitsuhiro Shibayama1 1The Univ. of Tokyo, Japan, 2ANSTO, Australia MoP 5 Interfacial Polymer Contribution to Mechanical Reinforcement in Nanocomposites Jacques Jestin1, Nicolas Jouault1, Chloé Chevigny1, Dan Zhao2, and Sanat Kumar2 1LLB, France, 2 Columbia Univ., USA MoP 6 Infludence of H-Bonding on Dynamical Properties of Triethylammonium Triflate Juan Francisco Mora Cardozo1, Antonio Benedetto2, Pietro Ballone3, and Jan P. Embs1 1PSI, Switzerland, 2Univ. College Dublin, Ireland, 3Norwegian Univ. of Sci. and Tech., Norway ICNS 2017 | 109 MoP 7 Adsorption Versus Non-Adsorption Behavior of Bovine Serum Albumin Protein on Silica Nanoparticles Indresh Yadav1,2, Sugam Kumar1, Vinod Kumar Aswal1,2, and Joachim Kohlbrecher3 1BARC, India, 2Homi Bhabha Nat'l Inst., India, 3PSI, Switzerland MoP 8 Correlation Between Distribution of Gold Nanoparticles within Polymer Brushes and their Optical Properties Dikran Kesal1, Patrick Krause1, Marcus Trapp2, and Regine von Klitzing1 1TU Berlin, Germany, 2HZB, Germany MoP 9 Anomalous Dynamics of Interfacial Water Around Micelles H. Srinivasan, V.K. Sharma, S. Mitra, and R. Mukhopadhyay BARC, India MoP 10 Probing Surfactant-Induced Depletion Interaction in Charged Nanoparticle System Debes Ray and Vinod K. Aswal BARC, India MoP 11 Probing Structure and Kinetics of Nanoparticle Aggregation using Different Interactions by Scattering Techniques Sohrab Abbas1, Indresh Yadav1, Sugam Kumar1, Vinod K. Aswal1, and Joachim Kohlbrecher2 1BARC, India, 2PSI, Switzerland MoP 12 Interaction among Proteins in Solution in Presence of Divalent Ions: Small-Angle Neutron Scattering Study Sarathi Kundu1, Vinod Aswal2, and Joachim Kohlbrecher3 1Inst. of Advanced Study in Science in Science, India, 2BARC, India, 3PSI, Switzerland MoP 13 Structure of Protein-Surfactant Complexes with Different Chain Length Surfactants Debasish Saha1,2, Debes Ray1, and Vinod Kumar Aswal1 1BARC, India, 2DST, India 110 | July 9-13, 2017 | DCC, Daejeon, Korea M oP 14 Liquid-Liquid Phase Transition in Protein Solution:Effect of Multivalent Counter Ions Sugam Kumar1, Indresh Yadav1, Vinod K. Aswal1, and Joachim Kohlbrecher2 1BARC, India, 2PSI, Switzerland MoP 15 Understanding Graphene Incorporated Polyurethane Foams using SANS Radha Perumal Ramasamy1, Swathi Somanathan1, S.N. Suraiya Begum2, and Vinod Kumar Aswal3 1Anna Univ., India, 2Justice Basheer Ahmed Sayeed College for Woman., India, 3BARC, India MoP 16 Hierarchical Self-Assembly and Gelation of TX-100 RAHUL RANJAN Jawaharlal Nehru Univ., India MoP 17 Microscopic Solvation Structure and Phase Behavior of Thermo-Responsive Polymers in Ionic Liquids Kazu Hirosawa1, Kenta Fujii2, Takeshi Ueki3, Yuzo Kitazawa4, Masayoshi Watanabe4, Elliot Paul Gilbert5, and Mitsuhiro Shibayama1 1The Univ. of Tokyo, Japan, 2Yamaguchi Univ., Japan, 3NIMS, Japan, 4Yokohama Nat'l Univ., Japan, 5ANSTO, Australia MoP 18 Network Structure of Polyelectrolyte Gels Fabricated from Tetra-Arm Polymers Ken Morishima1, Xiang Li1, Kazuyuki Oshima2, Yoshiro Mitsukami2, and Mitsuhiro Shibayama1 1The Univ. of Tokyo, Japan, 2Nippon Shokubai Co., Ltd., Japan MoP 19 A New Approach to Analyze Data Obtained from the Grazing Incidence Neutron Scattering Tetyana Kyrey1,2, Marina Ganeva2, Kornelia Gawlitza3, Regine von Klitzing1, Olaf Soltwedel4, Stefan Wellert1, and Olaf Holderer2 1TU Berlin, Germany, 2JCNS, Germany, 3BAM, Germany, 4TUM, Germany ICNS 2017 | 111 MoP 20 Small-Angle Neutron Scattering Study on the Structure of the "Nonswellable" Hydrogel Shintaro Nakagawa, Xiang Li, Hiroyuki Kamata, Takamasa Sakai, and Mitsuhiro Shibayama The Univ. of Tokyo, Japan MoP 21 Effect of Membrane Active Drugs on the Structure of Lipid Bilayers Manuchar Gvaramia, Gaetano Mangiapia, and Henrich Frielinghaus JCNS, Germany MoP 22 Self-Assembly of Magnetic Liquids at the Solid Boundaries Apurve Saini and Max Wolff Uppsala Univ., Sweden MoP 23 In-Situ Measurement of Phospholipid Nanodisk Adhesion on a Solid Substrate using Neutron Reflectometry Norifumi L. Yamada1 and Michele Sferrazza2 1HEARO, Japan, 2Univ. Libre de Bruxelles, Belgium MoP 24 Temperature-Dependent Water-in-Oil Microemulsion System with an Ionic Liquid Tae Hui Kang1, Yoonnam Jeon2, Shuo Qian1, Changwoo Do1, William T. Heller1, and Mahn Won Kim3,4 1ORNL, USA, 2IBS, Korea, 3KAIST, Korea, 4GIST, Korea MoP 25 Gelation and Internal Structure of Hybrid Gel by using γ-ray Irradiated Imogolite Jungju Ryu1,2 and Daewon Sohn1 1Hanyang Univ., Korea, 2KAERI, Korea MoP 26 Temperature and Time Dual-Sensitive Structure of Triazole Branched Poly(Ethyl Methacrylate) Jungin Kim1, Jungju Ryu1,2, and Daewon Sohn1 1Hanyang Univ., Korea, 2KAERI, Korea 112 | July 9-13, 2017 | DCC, Daejeon, Korea M oP 27 The Effect of Dispersing Solvent on the Microstructure of Polymer Nanocomposites Melt Sol Mi Oh and So Youn Kim UNIST, Korea MoP 28 Structural Responses of Polyelectrolyte Brushes in Aqueous Solutions with Various Ionic Concentrations Jumi Lee, Dinh Minh Phan, and Kwanwoo Shin Sogang Univ., Korea MoP 29 Controlling Crystallinity and Domain Composition of Conducting Polymers under Nanoconfinement and their Analysis by Small Angle Scattering Jongkuk Ko1, Jiyun Song1, Hyunsik Yoon1, Changhee Lee1, Ruediger Berger2, and Kookheon Char1 1Seoul Nat'l Univ., Korea, 2Max Planck Institute for Polymer Research, Germany MoP 30 Neutron Reflectivity Studies on the Amine-Triggered Changes in Reactive Polymer Films with Different MWs Hyunjoo Son1, Yeongseon Jang1, Jaseung Koo2, Jeong-Soo Lee2, and Kookheon Char1 1Seoul Nat'l Univ., Korea, 2KAERI, Korea MoP 31 Structural Analysis on Surfactant Layer at the Interface of Liquid Crystal and Substrate using Neutron Reflectometry Fumiya Nemoto1, Norifumi L. Yamada1, Masahiro Hino2, and Hideki Seto1 1HEARO, Japan, 2Kyoto Univ., Japan MoP 32 The Inverse Temperature Transition of an Elastin-like Peptide Studied by Small Angle Neutron Scattering Alexander Daniel Matt and Bernd Stühn TU Darmstadt, Germany ICNS 2017 | 113 MoP 33 SANS and SAXS Investigation of Selective Distributions of Functionalized Single-Walled Carbon Nanotubes ina Polymeric System Jae-Min Ha, Hyung-Sik Jang, Sung-Hwan Lim, and Sung-Min Choi KAIST, Korea MoP 34 Functionalization of Single Wall Carbon Nanotube with Controllable Surface Charge Density Sung-Hwan Lim1, Tae-Hwan Kim2, and Sung-Min Choi1 1KAIST, Korea, 2KAERI, Korea MoP 35 Self-Assembly of Pluronic Block Copolymer Depend on Hydro-Philic/Phobic Mass Fractions Jong Dae JANG1,2, Tae-Hwan KIM1, Joona BANG2, and Young Soo HAN1 1KAERI, Korea, 2Korea Univ., Korea MoP 36 SANS Study on the Phase Behavior of Mixed Polymer Ligands Anchored on a Nanoparticle Surface Seyong Kim1, Tae-Hwan Kim2, June Huh3, Joona Bang3, and Soohyung Choi4 1Drexel Univ., USA, 2Chonbuk Univ., Korea, 3Korea Univ., Korea, 4Hongik Univ., Korea MoP 37 Phase Behavior of Block Copolymers Containing Ionic Additives Ha Young Jung and Moon Jeong Park POSTECH, Korea MoP 38 Neutron Reflectivity Measurement of Deutrated PS on PS-Grafted Layers Hoyeon Lee1, Seongjun Jo2, Toyoaki Hirata3, Norifumi L. Yamada4, Keiji Tanaka5, and Du Yeol Ryu2 1KAERI, Korea, 2Yonsei Univ., Korea, 3Fukui Univ., Japan, 4J-PARC, Japan, 5Kyushu Univ., Japan MoP 39 SANS and DLS Study on the Effect of NaOH and Chloroauric Acid upon BSA Radha Perumal Ramasamy1, S.N. Suraiya Begum1,2, and Vinod Kumar Aswal3 1Anna Univ., India, 2Justice Basheer Ahmed Sayeed College for Woman, India, 3BARC, India 114 | July 9-13, 2017 | DCC, Daejeon, Korea M oP 40 Characterization of Doxorubicin Load Vesicles (Soybean Oil and Mygliol 812) Delivery Systems for Cancer using Very Small Angle Neutron Scattering (VSANS) Fabiano Yokaichiya1, Christian Schmidt2, Joachim Storsberg2, Mont Kumpugdee Vollrath3, Daniele Ribeiro de Araujo4, Ben Kent1, Daniel Clemens1, Friedrich Wingert2, and Margareth Franco5 1HZB, Germany, 2Fraunhofer Institute Applied Polymer Research, Germany, 3Beuth Hochschule für Technik Berlin, Germany, 4Universidade Federal do ABC, Brazil, 5IPEN, Brazil MoP 41 Caracterization of Poloxamer 407 and 188-based Delivery Systems Containing Sumatriptane for Pain Treatment (Migraine) using Very Small Angle Neutron Scattering (VSANS) Margareth Franco1, Fabiano Yokaichiya2, Daniel Clemens2, and Daniele Ribeiro de Araujo3 1IPEN, Brazil, 2HZB, Germany, 3Universidade Federal do ABC, Brazil MoP 42 Structural Evolution of Poly(lactide) Molecular Bottlebrushes: Kinetics Study by Size Exclusion Chromatography, Small-Angle Neutron Scattering and Simulations Suk-kyun Ahn 1, Seungwan Cho 1, Jan-Michael Y. Carrillo 2, Youngkyu Han 2, Tae-Hwan Kim 3, Kunlun Hong 2, Michael Kilbey 4, Bobby Sumpter 2, Gregory Smith 2, and Changwoo Do 2 1Pusan Nat'l Univ., Korea, 2ORNL, USA, ,3KAERI, Korea, 4 Univ. of Tennessee, USA MoP 43 Investigations on Shear-Induced Alignment and Phase Behavior of SWNT Superstructure in Polymeric System Sang-Jo Lee, Sung-Hwan Lee, Jae-Min Ha, and Sung-Min Choi KAIST, Korea MoP 44 Nanoscale Rheology on Phospholipid Membranes Sebastian Jaksch1, Olaf Holderer1, Manuchar Gvaramia1, Michael Ohl2, Michael Monkenbusch3, and Henrich Frielinghaus1 1JCNS at MLZ, Germany, 2JCNS at SNS, USA, 3JCNS, Germany ICNS 2017 | 115 MoP 45 Diffusion of Hemoglobin Inconcentrated Solutions and in Blood Cells: a Physiological Implication Stephane Longeville LLB, France MoP 46 Ligand-Induced Dynamical Change of G-Protein-Coupled Receptor Revealed by Neutron Scattering Utsab Shrestha1, Debsindhu Bhowmik2, Eugene Mamontov2, and Xiang-Qiang Chu1 1Wayne State Univ., USA, 2ORNL, USA MoP 47 Effects of Pressure on the Dynamics of a Hyperthermophilic Protein Revealed by Quasielastic Neutron Scattering Utsab Shrestha1, Debsindhu Bhowmik2, John Copley3, Madhusudan Tyagi3,4, Juscelino Leao3, and Xiang-Qiang Chu1 1Wayne State Univ., USA, 2ORNL, USA, 3NIST, USA, 4Univ. of Maryland, USA MoP 48 A Neutron Scattering and Molecular Dynamics Study of the Effect of Room-Temperature Ionic Liquieds on the Fibrillation of a Model Amyloidogenic Protein Antonio Benedetto1,2 and Pietro Ballone3 1Univ. College Dublin, Ireland, 2PSI, Switzerland, 3Norwegian Univ. of Sci. and Tech., Norway MoP 49 The Location and Orientation of Antimicrobial Peptides in Model Biological Membranes Determined by Neutron Reflectometry Anton Le Brun1, Marc-Antonine Sani2, and Frances Separovic2 1ANSTO, Australia, 2Univ. of Melbourne, Australia MoP 50 Using Macromolecular Neutron Crystallography to Study Hydrogen Atoms in the Catalytic Mechanism of the FADH Cofactor in Cholesterol Oxidase Emily Golden1, Li-Juan Yu1, Flora Meilleur2, Matthew Blakeley3, Anthony Duff4, Amir Karton1, and Alice Vrielink1 1Univ. of Western Australia, Australia, 2ORNL, USA, 3ILL, France, 4ANSTO, Australia 116 | July 9-13, 2017 | DCC, Daejeon, Korea M oP 51 Microscopic Dynamics of Phospholipid Membrane: Effects of Non-steroidal Anti-Inflammatory Drugs V. K. Sharma1 and E. Mamontov2 1BARC, India, 2PSI, Switzerland, 2ORNL, USA MoP 52 A New Structural Model for Analysis of Low Density Lipoproteins using Small-Angle Scattering - Insights into the Fatty Core Packing and Phase Transition Selma Maric1, Tania Lind1, Eva Bengtsson2, Gunilla Nordin Fredrikson2, Jan Skov Pedersen3, and Marite Cardenas1 1Malmoe Univ., Sweden, 2Lund Univ., Sweden, 3Aarhus Univ., Denmark MoP 53 Bayesian Statistics as Framework for Inclusion of Prior Knowledge and Complementary Data in the Analysis of Small-Angle Scattering Data Andreas N Larsen1, Asger Sand1, Lise Arleth1, Martin C Pedersen2, and Steen Hansen1 1Univ. of Copenhagen, Denmark, 2Australian Nat'l Univ., Australia MoP 54 Neutron Scattering Studies of Interfacial Soft-and Bio-Related Structures: From Polyelectrolyte Coatings to Adhesion of Living Cells Jaroslaw Majewski1,2,3, Ann Junghans1, and Saurabh Singh4 1LANL, USA, 2NSF, USA, 3UC Davis, USA, 4INTEL, USA MoP 55 Investigation of the Hydration Dynamics of a Squid-Derived Protein by Quasielastic in Neutron Scattering Huihun Jung1, Abdon Pena-Francesch1, Madhusan Tyagi2, and Melik Demirel1 1Pennsylvania State Univ., USA, 2NIST, USA MoP 56 Dynamics of Adenosine Monophosphate in Lipid and Salty Environment Loreto Misuraca1,2, Francesca Natali2,3, Laura da Silva4, Judith Peters2,5, Giuseppe Zaccai2,6,7,8, David Deamer9, and Marie Christine Maurel4 1Univ. of Palermo, Italy, 2ILL, France, 3CNR-IOM, France, 4UMR 7205 CNRS-MNHN-UPMC-EPHE, France, 5Universié Grenoble Alpes, France, 6Institut de Biologie Structurale, France, 7CEA Grenoble, France, 8CNRS, France, 9Univ. of California, Santa Cruz, USA ICNS 2017 | 117 MoP 57 Laser-Induced Picosecond Dynamics of Purple Membrane Patches Studied by QENS Tatsiana Burankova1,2, Thomas Hauß3, Jacques Ollivier4, Ruep E. Lechner5, Norbert A. Dencher6, and Jörg Pieper2 1PSI, Switzerland, 2Tartu Univ., Estonia, 3HZB, Germany, 4ILL, France, 5ESS ERIC, Sweden, 6TU Darmstadt, Germany MoP 58 Mechanistic Understanding of PHD2 Enzyme upon Ligand Interactions using SAXS and SANS Praveen George Vadakkedath1,2, Timothy M Ryan3, Ivanhoe K H Leung1, and Duncan J McGillivray1,2 1Univ. of Auckland, New Zealand, 2MacDiarmid Inst. of Advanced Materials and Nanotech., New Zealand, 3Australian Synchrotron, Australia MoP 59 Effect of Molecular Crowding on Protein Structure Clarified by Neutron and X-ray Scattering Mitsuhiro Hirai1, Satoshi Ajito1, Masaaki Sugiyama2, Hiroki Iwase3, Noboru Ohta4, Nobutaka Shimizu5, and Noriyuki Igarashi5 1Gunma Univ., Japan, 2Kyoto Univ., Japan, 3CROSS, Japan, 4Japan Synchrotron Radiation Research Inst., Japan, 5HEARO, Japan MoP 60 Neutron Scattering on Humane Compact Bone Yong Choi1, S.G. Bogdanov2, E.Z. Valiev2, P.A. Borisova3, and A.N. Pirogoz2 1Dankook Univ., Korea, 2RAS, Russia, 3Kurchatov Inst., Russia MoP 61 A Challenge of Neutron Single Crystallographic Analysis of Manganese Catalase with 133 Å Axes using iBIX Taro Yamada, Naomine Yano, and Katsuhiro Kusaka Ibaraki Univ., Japan 118 | July 9-13, 2017 | DCC, Daejeon, Korea M oP 62 Ligand Topology of the Self-Assembled Nanohybrids Directs Multivalent Recognition and Selectivity Enhancement Jun Shik Choi and Yong-beom Lim Yonsei Univ., Korea MoP 63 A Robust and Reliable Method for High Yield Deuterated Recombinant Protein Production using Escherichia Coli BL21 Anthony Duff, Karyn Wilde, Agata Rekas, Vanessa Lake, and Peter Holden ANSTO, Australia MoP 64 Neutron Potein Crystallographic Study of the Glucose Isomerization Saki Yamoto1, Naoya Komatsuzaki1, Katsuhiro Kusaka1, Naomine Yano1, Natsuki Okuda2, Akio Sasaki2, and Ichiro Tanaka1 1Ibaraki Univ., Japan, 2Visible Information Center, Inc., Japan MoP 65 Effects of Lipid Type Composing Membrane on Energy Transfer Efficiency of Membrane Protein Hyeyoung Kim, Minh Dinh Phan, Keel Yong Lee, and Kwanwoo Shin Sogang Univ., Korea MoP 66 Low-Frequency Dynamics of Bovine Serum Albumin and Alpha-Lactalbumin Studied by Inelastic Neutron Scattering Anna V. Frontzek1, Jan Peter Embs2, and Sergey G. Lushnikov1 1Ioffe Inst., Russia, 2PSI, Switzerland MoP 67 How Dose Trehalose Affect Protein Structure and its Stability? Satoshi Ajito1, Mitsuhiro Hirai1, Hiroki Iwase2, Noboru Ohta3, Nobutaka Shimizu4, and Noriyuki Igarashi4 1Gunma Univ., Japan, 2CROSS, Japan, 3Japan Synchrotron Radiation Research Inst., Japan, 4KEK, Japan ICNS 2017 | 119 MoP 68 Small Angle Neutron/X-Ray Scattering Study of Microtubules and Cationic Polymers Juncheol Lee 1, Jimin Lee 1, Chaeyeon Song 2, Herbert Miller 3, Leslie Wilson 3, Cyrus Safinya 3, and Myung Chul Choi 1 1KAIST, Korea, 2Amore-Pacific Co. R&D Center, Korea, 3UCSB, USA MoP 69 Biomimetic Cell Membrane Models based on Lipids Extracted from Phosphatidylcholine Producing E Coli Tania Lind, Sarah Waldie, Trevor Forsyth, Michael Haertlein, Martine Moulin, Selma Maric, and Marité Cárdenas Malmoe Univ., Denmark MoP 70 Synthesis of Perdeuterated 1-Palmitoyl-2-Oleoyl-Sn-Glycero-3-Phosphocholine ([D82]POPC) for Neutron Studies on Bilayer Lipid Membranes Nageshwar Rao Yepuri1, Tamim Darwish1, Anna Leung2, Anwen Krause‐Heuer1, Hannah Wacklin2, Robin Delhom2, and Peter Holden1 1NDF-NSTLI-ANSTO, Australia, 2ESS ERIC, Sweden MoP 71 Investigation of Inorganic-Organic Hybrid (C6H5CH2CH2NH3)2CuCl4(Cu-PEA) by Neutron Single Crystal Diffraction Garam Park1,2, In-Hwan Oh1, J. M. Sungil Park1, Martin Meven3, Gernot Heger3, Seong-Hun Park4, Chang-Seop Hong2, and Kwang-Sei Lee6 1KAERI, Korea, 2Korea Univ., Korea, 3RWTH Aachen, Germany, 4Gyeonggi Science High School, Korea, 5Korea Univ., Korea, 6Inje Univ., Korea MoP 72 Neutron Single Crystal Diffraction Study of Tl2SO4 In-Hwan Oh1 and Kwang-Sei Lee2 1KAERI, Korea, 2Inje Univ., Korea MoP 73 Chemical Deuteration of Ionic Liquids and their Application in Neutron Reflectivity Kazuhiro Akutsu1,2, Tamim A. Darwish3, Marina Cagnes3, Kazuhisa Tamura4, and Toshiji Kanaya2,5 1CROSS, Japan, 2J-PARC, Japan, 3ANSTO, Australia, 4JAEA, Japan, 5HEARO, Japan 120 | July 9-13, 2017 | DCC, Daejeon, Korea M oP 74 Single Crystal Neutron Diffraction Study of a Crystalline-State Photoisomerization Ina 3-Cyanopropyl Cobaloxime Complex Takashi Ohhara1, Ryoji Kiyanagi1, Kenichi Oikawa1, Takuro Kawasaki1, Koji Kaneko1, Itaru Tamura1, Akiko Nakao2, Takayasu Hanashima2, and Koji Munakata2 1J-PARC, JAEA, Japan, 2CROSS, Japan MoP 75 A Tomography Approach to Investigate the Impactite Formation Processes Anna Fedrigo1,2, Kasper Marstal2,3, Anders Bjorholm Dahl2, Mark Lyksborg2, Carsten Gundlach4, Christian Bender Koch5, and Markus Strobl1 1ESS ERIC, Sweden, 2DTU Compute, Denmark, 3ERASMUS MC, Netherlands, 4DTU Physics, Denmark, 5Copenhagen Univ., Denmark MoP 76 Anisotropic Pore Structure Characterization under Sorbing Gas Injection Condition for Shale and Coal: Small Angle Neutron Scattering Experiment and Modeling Rui Zhang and Shimin Liu The Pennsylvania State Univ., USA MoP 77 Li Distribution in Tungsten Bronze LixSr1-0.5xTa2O6 Studied by Neutron Diffraction Analysis Hyeon-Dong Han and Young-Il Kim Yeungnam Univ., Korea MoP 78 Grazing-Incidence X-Ray Diffraction Studies on Polymer Semiconductors: Relationship between Polymer Microstructures and Electrical Performance Hae Rang Lee and Joon Hak Oh POSTECH, Korea MoP 79 Small Angle Neutron Scattering Study of Silica Filled Polydimethylsiloxane Membrane for Alcohol/Water Pervaporation Separation Ankitkumar M. Kansara1, Pradeep K. Prajapati1, Vinod K. Aswal2, and Puyam S. Singh1 1CSIR-CSMCRI, India, 2BARC, India ICNS 2017 | 121 MoP 80 Probing Phenol-Ionic Liquid Interactions: Using Neutron Diffraction to Improve Industrial Processes Adam H. Turner and John D. Holbrey Sogang Univ., Korea MoP 81 Structure of Silica Ionogels with Short Chain Pyridinium Ionic Liquid by SANS and SAXS Laszlo Almasy1,2, Ana-Maria Putz3, Adel Len2, Catalin Ianasi3, and Cecilia Savii3 1Southwest Univ. of Sci. and Tech., China, 2Wigner Research Centre for Physics, Hungary, 3Inst. of Chemistry Timisoara of Romanian Academy, Rumania MoP 82 Breathing Microporous: What is the Mechanics? Florence Porcher1,2 1LLB, CEA, France, 2Saclay - FRANCE, France MoP 83 Synthesis of Hierarchical Metal-Organic Frameworks in DMSO/CO2-Gas Expanded Solvent Systems Huan Doan1, Yanan Fang2, Bingqing Yao2, Dong Zhili2, Tim White2, Asel Sartbaeva3, Ulrich Hintermair3, and Valeska Ting1 1Univ. of Bristol, UK, 2Nanyang Technological Univ., Singapore, 3Univ. of Bath, UK MoP 84 Beyond Ni-base Superalloys: Co-Re base Alloys with Strengthening Nanosized TaC Precipitates Ralph Gilles1, Debashis Mukherji2, Pavel Strunz3, Lukas Karge1, Premysl Beran4, Michael Hofmann1, Armin Kriele5, and Joachim Rösler2 1TU Munich, Germany, 2TU Braunschweig, Germany, 3Nuclear Physics Institute of the CAS, Czech, 4Nuclear Physics Institute of the CA, Czech, 5HZG, Germany MoP 85 Validation of CMWP Method in Analyses of Neutron Diffraction Patterns for Investi- gation of Microstructures during Stress Relaxation of 780 MPa Grade Bainitic Steels Kodai Murasawa1, Masato Takamura2, Masayoshi Kumagai3, Yoshimasa Ikeda2, Hiroshi Suzuki4, Yoshie Otake2, Takayuki Hama5, and Shinsuke Suzuki1 1Waseda Univ., Japan, 2RIKEN, Japan, 3Tokyo City Univ., Japan, 4JAEA, Japan, 5Kyoto Univ., Japan 122 | July 9-13, 2017 | DCC, Daejeon, Korea M oP 86 Neutron Reflectometry Studies of Metal-Ceramic Ti-TiN Interfaces for Novel Nano-Composites Materials Jaroslaw Majewski1,2,3, Erik Watkins1, J. Kevin Baldwin1, Nathan Mara1, Irene Beyerlein4, Richard Hoagland1, Nan Li1, Youxing Chen1, Xiang-Yang Li1, and Satyesh Yadav5 1Los Alamos Nat'l, Laboratory, USA, 2Nat'l, Science Foundation, USA, 3Univ. of California Davis, USA, 4Univ. of California Santa Barbara, USA, 5 IIT Madras, India MoP 87 Neutron Diffraction Study on Low Cycle Fatigue Behavior of Additive Manufactured Stainless Steel Hobyung Chae1, Minki Hong1, E-Wen Huang2, Wanchuck Woo3, Ke An4, and Soo Yeol Lee1 1Chungnam Nat'l Univ., Korea, 2Nat'l Chiao Tung Univ., Taiwan, 3KAERI, Korea, 4ORNL, USA MoP 88 Deformation Asymmetry of Magnesium Alloy under Cyclic Loading Investigated by In Situ Neutron Diffraction and EVPSC Modeling Huai Wang1, Youngsu Kim1, Michael A. Gharghouri2, and Soo Yeol Lee1 1Chungnam Nat'l Univ., Korea, 2Canadian Nuclear Laboratories, Canada MoP 89 SANS Studies of Morphology and Phase Behavior of Thermoplastic Polyurethane Subjected to Conditioning in High Humidity, Elevated Temperature and Ionizing Irradiation Qiang Tian1, Erzsebet Takacs2, Ivan Krakovsky3, Minhao Yan4, Guanyun Yan1, Guangai Sun1, Bo Chen1, Laszlo Rosta5, and Laszlo Almasy4,5 1China Academy of Engineering Physics, China, 2Hungarian Academy of Sciences, Hungary, 3Charles Univ., Czech, 4Southwest Univ. of Sci. and Tech., China, 5Hungarian Academy of Sciences, Hungary MoP 90 Residual Strain Measurement Near the Cut Surface for Electrical Steel Hiroshi Nozaki1, Satoshi Doi2, Tetsuya Aoki2, Keiichi Okazaki2, Stefanus Harujo3,4, and Kazuhiko Dohmae1 1Toyota Central R&D Labs., Inc., Japan, 2Denso Corporation, Japan, 3J-PARC, Japan, 4JAEA, Japan ICNS 2017 | 123 MoP 91 Microstructural Investigations of Bulk Metallic Glasses using Small-Angle Neutron Scattering Vasyl Ryukhtin1, Sergiy Bakai2, Baek Seok Seong3, Tae-Gyu Shin3, Vitaliy Pipich4, Artem Feoktystov4, and Oleksandr Bakai2 1Nuclear Physics Inst.v.v.i. ASCR, Czech, 2Kharkiv Inst. of Physics and Tech., Ukraine, 3KAERI, Korea, 4JCNS, Germany MoP 92 Neutron Diffraction and Vibrational Spectroscopy of Proton-Inserted CeO2-x Jeong Seog Kim1, K-W Chae1, T. R. Park1, S. S. Lee2, Y. N. Choi2, and B. S. Seong2 1Hoseo Univ., Korea, 2KAERI, Korea MoP 93 Micromechanical Elasto-Plastic Deformation of Additive-Manufactured AlSi10Mg Alloy Dong-Kyu Kim1, Wanchuck Woo1, Yoon-Uk Heo2, and Shi-Hoon Choi3 1KAERI, Korea, 2POSTECH, Korea, 3Sunchon Nat'l Univ., Korea MoP 94 Quasielastic Neutron Scattering and Molecular Dynamics Simulation of Methanol Diffusion Confined in Cross-Linked Phenolic Resins Yasuyuki Shudo1,2, Atsushi Izumi1, Katsumi Hagita3, Toshio Nakao2, and Mitsuhiro Shibayama2 1Sumitomo bakelite Co., Ltd., Japan, 2The Univ. of Tokyo, Japan, 3Nat'l Defense Academy of Japan, Japan MoP 95 Treatment of Spatial Resolution Effects in Neutron Residual Strain Scanning Jan Saroun1, Joana Rebelo Kornmeier2, Jens Gibmeier3, and Michael Hofmann2 1Nuclear Physics Inst., CAS, Řež, Czech, 2FRM II, Germany, 3Karlsruhe Inst. of Tech., Germany MoP 96 Small Angle Neutron Scattering Analysis for Nano-Precipitates of Ni-Base Alloys Eunjoo Shin and Wan Chuck Woo KAERI, Korea 124 | July 9-13, 2017 | DCC, Daejeon, Korea M oP 97 Synthesis and Characterization of Porous Gold Sponges using Self-Assembly of Gold Nanoparticles Induced by Thiolated Poly(Ethylene Glycol) Min-Jae Lee, Sung-Hwan Lim, Jae-Min Ha, and Sung-Min Choi KAIST, Korea MoP 98 Study of Stability of Microstructure and Residual Strain After Thermal Loading of Plasma Sprayed YSZ by through Surface Neutron Scanning Hyoung Chul Back1, Florian Vollert1, Jens Gibmeier1, Joana Rebelo-Kornmeier2, Markus Mutter3, and Robert Vaßen3 1Karlsruhe Inst. of Tech., Germany, 2TU Munich, Germany, 3MLZ, Germany MoP 99 Studies NiCrAl Alloy Hardness Depending on the Phase Composition and Size, the Solid Phase Formed Nanoparticles Dmitry Trunov1,2, Ravil Sadykov1, Vasily Litvin1, Sergey Axenov1,2, Anatoliy Gulutin1, Alexander Khar/'kovskiy1, Victor Glazkov2, Polina Borisova2, M-S Appavou3, Alexander Ioffe3, and Rusten Khasanov4 1RAS, Russia, 2Kurchatov Institute, Russia, 3JCNS, Germany, 4PSI, Switzerland MoP 100 Characterization of Nano Sized Microstructures in Ni base ODS Alloys using SANS and SAXS Young-Soo Han1, Jinsung Jang1, and Anna Sokolova2 1KAERI, Korea, 2ANSTO, Australia MoP 101 Various Phase Transitions of PS-b-PnBMA/dPS-b-PnHMA Blends and Hydrostatic Pressure Effects Seongjun Jo1, Yonghoon Lee1, Hyungju Ahn2, and Du Yeol Ryu1 1Yonsei Univ., Korea, 2POSTECH, Korea MoP 102 Effect of Gauge Volume on Strain Measurement in Rock Materials using Time-of-Flight Neutron Diffraction Jun Abe1, Kotaro Sekine2, Stefanus Harjo3, Takuro Kawasaki3, and Kazuya Aizawa3 1CROSS, Japan, 2JOGMEC, Japan, 3JAEA, Japan ICNS 2017 | 125 MoP 103 Fabrication of Digital X-ray Imaging Detector using Pixelated Gd2O2S: Tb Scintillator on Flexible Substrate Son Singh, Daekyun Jeong, Rahim Abdur, Donghwan Ahn, Hoi Sup Soh, and Jaegab Lee Kookmin Univ., Korea MoP 104 Forward Model Algorithms for Multigrain Indexing in Laue Mode Marc Raventos1,2, Eberhard Lehmann1, Christian Gruenzweig1, and Soeren Schmidt3 1PSI, Switzerland, 2Univ. of Geneva, Switzerland, 3TU Denmark, Denmark MoP 105 Neutron Facility for a Complex Radiation Diagnostics "DRAGON" Victor Somenkov1, Victor Glazkov1, Vecheslav Em1, Alexander Gureev1, Mihail Murashev1, Ravil Sadykov2, Dmitry Trunov1,2, Sergey Axenov1,2, Lev Kravchuk2, and Andrey Vazhentsev3 1Kurchatov Inst., Russia, 2RAS, Russia, 3MP REABIN, Russia MoP 106 Non-Standard Configuration of SANS Instruments: Multiple-Beam Techniques for VSANS and Scanning Neutron Imaging Methods Charles Dewhurst and Isabelle Grillo ILL, France MoP 107 A Preliminary Study on Hidden Relics using Neutron Tomography at a Compact Neutron Source TaeJoo Kim1, Jin Man Kim1, Jongyul Kim1, Atsushi Taketani2, Yoshie Otake2, Yasuo Wakabayashi2, Makoto Goto2, Takao Hashiguchi2, and ChangHee Lee1 1KAERI, Korea, 2RIKEN, Japan MoP 108 Recent Progress on Practical Materials Study by Bragg Edge Imaging at J-PARC Kenichi Oikawa1, Yuhua Su1, Ryoji Kiyanagi1, Takuro Kawasaki1, Takenao Shinohara1, Tetsuya Kai1, Kosuke Hiroi1, Stefanus Harjo1, Joseph Don Parker2, Yoshihiro Matsumoto2, Hirotoshi Hayashida2, Shuoyuan Zhang2, Yo Tomota3, and Hirotaka Sat4 1JAEA, Japan, 2CROSS, Japan, 3NIMS, Japan, 4Hokkaido Univ., Japan 126 | July 9-13, 2017 | DCC, Daejeon, Korea M oP 109 Energy Selective Neutron Imaging System at HANARO Jongyul Kim1, Myung Kook Moon1, TaeJoo Kim1, Wanchuck Woo1, Eun Joo Shin1, Youngju Kim2, Ohsung Oh2, and Seung Wook Lee2 1KAERI, Korea, 2Pusan Nat'l Univ., Korea MoP 110 Characteristics of the 2012 Model Lithium-6 Time-Analyzer Neutron Detector (LiTA12) System as a High Efficiency Detector for Resonance Absorption Imaging Tetsuya Kai1, Setsuo Satoh2, Kosuke Hiroi1, Yuhua Su1, Mariko Segawa1, Joseph Don Parker3, Yoshihiro Matsumoto3, Hirotoshi Hayashida3, Takenao Shinohara1, Kenichi Oikawa1, and Yoshiaki Kiyanagi4 1JAEA, Japan, 2HEARO, Japan, 3CROSS, Japan, 4Nagoya Univ., Japan MoP 111 Observation of Magnetic Domain Structure in a Grain Oriented Magnetic Steel using Polarized Pulsed Neutron Imaging Kosuke Hiroi1, Takenao Shinohara1, Hirotoshi Hayashida2, Joseph Don Parker2, Yuhua Su1, Kenichi Oikawa1, Tetsuya Kai1, and Yoshiaki Kiyanagi3 1JAEA, Japan, 2CROSS, Japan, 3Nagoya Univ., Japan MoP 112 A Neutron Grating Interferometer with an Analyzer Grating based on Structured Scintillator Fabricated by Gadox Particle Filling Method Youngju Kim1, Jongyul Kim2, Daeseung Kim1, Daniel. S. Hussey3, and Seung Wook Lee1 1Pusan Nat'l Univ., Korea, 2KAERI, Korea, 3NIST., USA MoP 113 Development of a Multi-Element Quantification Method by Pulsed Epithermal Neutron Transmission Spectroscopy Hirotaku Ishikawa, Hirotaka Sato, and Takashi Kamiyama Hokkaido Univ., Japan MoP 114 Neutron Imaging with Fission and Thermal Neutrons at NECTAR at MLZ Martin Johann Mühlbauer1,2,3, Thomas Bücherl4, Michael Knapp1,2, Malgorzata Makowska3,5, Michael Schulz3, and Helmut Ehrenberg 1,2 1HIU, Germany, 2KIT, Germany, 3TU München, Germany, 4RCM, Germany, 5Univ. of Bayreuth, Germany ICNS 2017 | 127 MoP 115 Optimal Design of Talbot-Lau Interferometer for RADEN Beam Line in J-PARC MLF Yoshichika Seki1, Takenao Shinohara1, Wakana Ueno1, Joseph Parker1, Wataru Yashiro2, and Atsushi Momose2 1JAEA, Japan, 2Tohoku Univ., Japan MoP 116 Trial of Neutron Diffraction Imaging using a High-Resolution WLSF-Scintillator Detector Takuro Kawasaki1, Tatsuya Nakamura1, Wu Gong1,2, and Kenichi Oikawa1 1JAEA, Japan, 2Kyoto Univ., Japan MoP 117 Archeological Research using Neutron Radiography at Thailand Research Reactor Roppon Picha Thailand Inst. of Nuclear Tech., Thailand MoP 118 New Evaluated Thermal Neutron Scattering Cross Sections for Liquid Hydrogen and Deuterium J. R. Granada1, J. I. Marquez Damian2, and F. Cantargi1 1Argentine Atomic Energy Commission, Argentina, 2CONICET, Argentina MoP 119 The Investigation of Thermal Neutron Scattering of Thorium Dioxide Crystal Baotian Wang1, Longwei Mei1, and Hongwei Wang2 1CSNS, China, 2CAS, China MoP 120 The Physical Design of Multi-Physics Instrument in CSNS Wen Yin, Longwei Mei, Fei Shen, Tairan Liang, and Xuejun Jia CAS, China MoP 121 AbINS: a Modern Software for INS Interpretation Krzysztof Dymkowski, Stewart Parker, Sanghamitra Mukhopadhyay, and Felix Fernandez-Alonso ISIS, UK 128 | July 9-13, 2017 | DCC, Daejeon, Korea M oP 122 Non-Collinear Magnetic Structures in Doped M-type Barium Hexaferrite Surbhi Gupta, Vasudeva Siruguri, and Vasant G. Sathe UGC-DAE CSR, India MoP 123 Investigation of the Thermal Scattering Law for Light Water Obtained from Inelastic Neutron Scattering Experiments and Molecular Dynamics Simulations Vaibhav Jaiswal1, Luiz Leal1, Wim Haeck1, Valerie Vallet2, and Florent Real2 1IRSN, PSN-EXP-SNC-LNR, France, 2Universite de Lille, France MoP 124 New Approach for High-Precision Neutron Spectrometry V. V. Voronin1,2,3, Ya. A. Berdnikov2, A. Ya. Berdnikov2, Yu. V. Borisov1, Yu. P Braginetz1,2, V. V. Fedorov1,2,3, I.A. Kuznetsov1, M. V. Lasitsa1,2, and S. Yu. Semenikhin1 1PNPI, Russia, 2Peter the Great St. Petersburg Polytechnic Univ., Russia, 3St. Petersburg State Univ., Russia MoP 125 Crystal Acceleration Effect for Cold Neutrons in Vicinity of Bragg Resonance V. V. Fedorov1,2,3, Yu. P. Braginetz1,2, Ya. A. Berdnikov2, M. V. Lasitsa1,2, S. Yu. Semenikhin2, and V. V. Voronin1,2,3 1PNPI, Russia, 2Peter the Great St. Petersburg Polytechnic Univ., Russia, 3St. Petersburg State Univ., Russia MoP 126 Study of Selective Gas Adsorption and Gas Adsorption Position in Microporous Metal-Organic Frameworks Yoodae Song1, Sanghyun Lee2, Takashi Kamiyama2, Shuki Torii2, and Minyoung Yoon1 1Gachon Univ., Korea, 2KEK, Japan MoP 127 The Domain Structure Transformation at the Orientation Phase Transition in Tm2Fe17 Ferromagnetic M. Shushunov1, V. Glazkov1, V. Voronin2, E. Valiev2, A. Kuchin2, L. Maksimov1, S. Platonov2, and V. Somenkov1 1Kurchatov Inst., Russia, 2IMP UD RAS, Russia ICNS 2017 | 129 MoP 128 Complex Radiation Diagnosis of Materials and Products M. Shushunov, V. Glazkov, V. Somenkov, E. Kovalenko, and K. Podyrec Kurchatov Institute, Russia MoP 129 Measurement of the Flux Density, the Fast Neutron Fluence and the Gamma Radiation Doses on the IBR-2 Facility for Radiation Investigations via Si and Ni “Satellites” at Considerable Removal from the Reactor Maksim Bulavin, A. E. Verkhoglyadov, S. A. Kulikov, S. V. Afanasiev , N. I. Zamyatin, and A. I. Shafronovskaya JINR, Russia MoP 130 Theoretical Investigation on the Hierarchical Self-Assembly of Hexagonal, Honeycomb, and Kagome Superlattices of Binary 1D Colloids Younghoon Oh1, Sung-Hwan Lim2, Sung-Min Choi2, and Bong June Sung1 1Sogang Univ., Korea, 2KAIST, Korea 130 | July 9-13, 2017 | DCC, Daejeon, Korea T uesday, July 11, 2017 03: Condensed Matter Physics TuP1~TuP69 04: Magnetism and Thin Films TuP70~TuP108 07: Energy Materials / Environmental TuP109~TuP135 ICNS 2017 | 131 * Complete abstracts are accessible on-line at [TuP] Poster Session 2 Tuesday, July 11, 2017 / 12:30-14:30 1F, Exhibition Hall TuP 1 Neutron Scattering Study on the Quantum Fluctuations in Ba3CoSb2O9 Jie M1, Y. Kamiya2, L. Ge3, Tao Hong4, Y. Qiu5, D. L. Quintero-Castro6, H. B. Cao4, G. Ehlers4, W. Tian4, M. Matsuda4, C. D. Batista4,7, M. Mourigal3, and H. D. Zhou7 1Shanghai Jiao Tong Univ., China, 2RIKEN, Japan, 3Georgia Inst. of Tech., USA, 4ORNL, USA, 5NIST, USA, 6HZB, Germany, 7Univ. of Tennessee, USA TuP 2 Investigation of Magnetic Fluctuations in the Ferromagnet UGe2 by Means of Modulated Intensity by Zero Effort (MIEZE) Franz Haslbeck1, Steffen Säubert1, Christian Franz1, Marc Janoschek1,2, and Christian Pfleiderer1 1TU Munich, Germany, 2Los Alamos Nat’l, Laboratory, USA TuP 3 Study of the Critical Fluctuations at the Curie Point in Iron using the Longitudinal MIEZE Setup at RESEDA Jonas Kindervater1,2, Wolfgang Häußler1, Christian Franz1, Christian Fuchs1, Steffen Säubert1, Franz Haslbeck1, Peter Böni1, and Christian Pfleiderer1 1TU Munich, Germany, 2Johns Hopkins Univ., USA TuP 4 Magnetic-Field Dependence of the Spin Excitations of Partially Frustrated CePdAl Stefan Lucas1, Zita Huesges1,2, Veronika Fritsch3, Hilbert von Löhneysen4, and Oliver Stockert1 1Max Planck Inst., Germany, 2HZB, Germany, 3Univ. of Augsburg, Germany, 4Karlsruhe Inst. of Tech., Germany TuP 5 The Effects of Manufacturing Processes on Historical Ceramic Morphology Studied by Small Angle Neutron Scattering Claudia Mondelli1, Giulia Ricci2, Eleonora Balliana2, Víctor M. GalvánJosa1, Ralf Schweins1, and Elti Cattaruzza2 1ILL, France, 2Università Ca' Foscari Venezia, Italy ICNS 2017 | 133 TuP 6 Neutron Powder Diffraction Study of Tm2Mn2O7 and Y2Mn2O7 - Pyrochlores Obtained by Yet Another Chemical Route of Synthesis Ekaterina Pomjakushina, Katharina Rolfs, Vladimir Pomjakushin, Janusz Karpinski, and Kazimierz Conder PSI, Switzerland TuP 7 Crystal Electric Field Splitting in the Cubic Pyrochlore Nd2Hf2O7 R. K. Kremer1, J. H. Chun1, B. Fak2, M. Enderle2, R. Glaum3, and A. Bronova3 1MPI for Solid State Research, Germany, 2ILL, France, 3Univ. Bonn, Germany TuP 8 Exploring the Effect of Bi Doping in Cubic Spinel BixCo2-xMnO4 by Employing Neutron Diffraction S D Kaushik1, N E Rajeevan2, and Ravi Kumar3 1UGC-DAE CSR Mumbai Centre, India, 2Univ. of Calicut, India, 3NIT Hamirpur, India TuP 9 X-ray and Neutron Diffraction Study on CS2 Glasses Created by Low-Temperature Vapor Deposition Yuki Mizuno1, Shinji Kohara2, and Osamu Yamamuro1 1The Univ. of Tokyo, Japan, 2NIMS, Japan TuP 10 Stripy Order in Buckled Honeycomb Lattice Antiferromagnet Ba2NiTeO6 Shinichiro Asai1, Minoru Soda1, Kazuhiro Kasatani2, Toshio Ono2, Maxim Avdeev3, V. Ovidiu Garlea4, Barry Winn4, and Takatsugu Masuda1 1The Univ. of Tokyo, Japan, 2Osaka Pref. Univ., Japan, 3ANSTO, Australia, 4ORNL, USA TuP 11 On Magnetic and Crystal Structures of NiO, MnO and MnS Vladimir Pomjakushin Laboratory for Neutron Scattering and Imaging LNS, Switzerland 134 | July 9-13, 2017 | DCC, Daejeon, Korea T u P 12 Single Ferroelectric Transition of First-Order in Multiferroic Hexagonal Manganite RMnO3 (R = In, Y, Ho-Lu) Hasung Sim1, Jaehong Jeong1, S-W Cheong2, and Je-Geun Park1 1Seoul Nat'l Univ., Korea, 2Rutgers Univ., USA TuP 13 Magnetic-Field-Induced Self-Assembly of Iron Oxide Nanoparticles Zhendong Fu, Yinguo Xiao, Artem Feoktystov, Vitaliy Pipich, Marie-Sousai Appavou, Yixi Su, Erxi Feng, Wentao Jin, and Thomas Brückel JCNS at MLZ, Germany TuP 14 Studies on Phonon Modes in a Molecular Dimer-Mott insulator β’-(BEDT-TTF)2ICl2 by Inelastic Neutron Scattering Seiko Ohira-Kawamura1, Masato Matsuura2, Satoshi Iguchi3, Takahiko Sasaki3, Hiromi Taniguchi4, Aiko Kubota4, Kazuhiko Satoh4, Yasuhiro Inamura1, Tatsuya Kikuchi1, and Kenji Nakajima1 1J-PARC, Japan, 2CROSS, Japan, 3Tohoku Univ., Japan, 4Saitama Univ., Japan TuP 15 Phonon Contributions to High-Temperature Superconductivity Tim Tejsner1,2, Lunda Udby1, Andrea Piovano2, and Martin Boehm2 1Copenhagen Univ., Denmark, 2ILL, France TuP 16 Fluctuations of Magnetic Stripes in Twinned Cuprate Superconductors Henrik Jacobsen1,2, Sonja Lindahl Holm2,3, Monica-Elisabeta Lacatusu2,4, Mads Bertelsen2, Martin Boehm5, Rasmus Toft-Petersen4,6, Jean-Claude Grivel4, Samuel Emery7,8, Linda Udby2, Barrett Wells7, and Kim Lefmann2 1Oxford Univ., UK, 2Univ. of Copenhagen, Denmark, 3iNANO, Denmark, 4TU Denmark, 5ILL, France, 7Univ. of Connecticut, USA, 8Naval Surface Warfare Center, USA TuP 17 Spin Dynamics of the Hidden Order State in Gd3Ga5O12 and Gd3Al5O12 Henrik Jacobsen1,2,3, Rasmus Tang2, Emil Martiny2, Ovidiu Florea4,5, Elsa Lhotel4,5, Kim Lefmann2, Tilo Seydel6, Robert Bewley7, Andrew Wildes6, Gøran Nilsen6,7, and Pascale Deen2,3 1Oxford Univ., UK, 2Univ. of Copenhagen, Denmark, 3ESS ERIC, Sweden, 4Institut Néel, France, 5Université Joseph Fourier, France, 6ILL, France, 7ISIS, UK ICNS 2017 | 135 TuP 18 Dynamical Correlation Functions of Coherent Scattering from Elemental Liquid Metals with Complex Static Structure Yukinobu Kawakita1, Tatsuya Kikuchi1, Yasuhiro Inamura1, Shuta Tahara2, Kenji Maruyama3, Takayasu Hanashima4, Mitsutaka Nakamura1, Ryoji Kiyanagi1, Yasuhiro Yamauchi1, Kaori Chiba5, Seiko Ohira-Kawamura1, Yoshifumi Sakaguchi4, Hironori Shimakura6, Ryuta T 1JAEA, Japan 2Univ. of the Ryukyus, Japan 3 Niigata Univ., Japan 4CROSS, Japan 5Ibaraki College, Japan 6Niigta Univ. of Pharmacy and Applied Life Sciences, Japan TuP 19 Neutron Diffraction Studies on the Influence of Excess Oxygens on Crystal and Magnetic Structure in Nd2NiO4+d: An Oxygen Ion Conductor Sumit Ranjan Maity1,2, Juerg Schefer1, Lukas Keller1, Monica Ceretti3, and Werner Paulus3 1PSI, Switzerland, 2Univ. of Geneva, Switzerland, 3CNRS-Univ., France TuP 20 In-field Neutron Diffraction Investigation of Metamagnetism in Nd7Rh3 SUDHINDRA RAYAPROL1, VASUDEVA SIRUGURI1, ANDREAS HOSER2, and E V SAMPATHKUMARAN3 1UGC-DAE Consortium for Scientific Research, India, 2HZB, Germany, 3Tata Inst. of Fundamental Research, India TuP 21 Residual Stress Instrument with Double Crystal Monochromator at Research Reactor IR-8 I.D. Karpov1, V.T. Em1, V.A. Somenkov1, V.P. Glazkov1, A.M. Balagurov2, V.V. Sumin2, P. Mikula3, and J. Saroun3 1Kurchatov Institute, Russia, 2JJINR, Russia, 3Academy of Sciences of Chez Republic, Czech TuP 22 Full and Selective Deuteration Effects in Bis(glycinium) Oxalate : A Comparative Study using Single Crystal Neutron Diffraction Chitra R and Rajul R. Choudhury BARC, India 136 | July 9-13, 2017 | DCC, Daejeon, Korea T u P 23 Uniaxial Stress Control of Skyrmion Lattice Phases in MnSi and Cu2OSeO3 Taro Nakajima1, Yoichi Nii2, Akiko Kikkawa1, Yuichi Yamasaki1,2, Victor Ukleev1, Kazuki Ohishi3, Jun-ichi Suzuki3, Kazuhisa Kakurai1,3, Shin-ichiro Seki1, Yasujiro Taguchi1, Yoshihiro Iwasa1,2, Yoshinori Tokura1,2, and Taka-hisa Arima1,4 1RIKEN, 2The Univ. of Tokyo, Japan, 3CROSS, Japan, TuP 24 Structural Dependency of Ion Transport in La1-yBayF3-y (0≤ y ≤ 0.10) from Single-Crystal Neutron Diffraction Data Andrew Kalyukanov1, Nadezhda Bolotina2, Leonid Fykin1, Viacheslav Em1, Natalia Isakova1, Nikolai Sorokin2, and Boris Sobolev2 1Kurchatov Institute, Russia, 2RAS, Russia TuP 25 Neutron Powder Diffraction Study of La2CoIrO6 Double Perovskite Deok-Yong Cho1, Sanghyun Lee2, Yoshihisa Ishikawa2, Miao Ping2, Shuki Torii2, and Takashi Kamiyama2 1Chonbuk Nat'l Univ., Korea, 2KEK, Japan TuP 26 To the Question of Conformational Equilibrium and Polymorph’s States of O-Hydroxy Acetophenone Agnieszka Kwocz1, Dorota Chudoba2,3, Łukasz Hetmańczyk4, Przemysław Szklarz1, and Aleksander Filarowski1,3 1Univ. of Wrocław, Poland, 2A. Mickiewicz Univ., Poland, 3FLNP/JINR, Russia, 4Jagiellonian Univ., Poland TuP 27 Influence of Packing Density and Viscosity on the Growth of Dynamic Heterogeneity While Cooling Metallic Melts Kai Kin Wong1, Changjiu Chen1, Michael M. Koza2, and Suresh M. Chathoth1 1City Univ. of Hong Kong, Hong Kong, 2ILL, France ICNS 2017 | 137 TuP 28 Magnetic Structure for NaCr2O4 Analyzed by Neutron Diffraction and Muon Spin-Rotation/Relaxation Hiroshi Nozaki1, Hiroya Sakurai2, Oren Ofer3, Edualdo Ansaldo3, Jess Brewer3,4, Kim Chow5, Vladimir Pomjakushin6, Lukas Keller6, Krunoslav Prsa6, Kazutoshi Miwa1, Martin Mansson7, and Jun Sigiyama1 1Toyota Central R&D Labs., Inc., Japan, 2NIMS, Japan, 3TRIUMF, Canada, 4Univ. of British Columbia, Canada, 5Univ. of Alberta, Canada, 6LNS-PSI, Switzerland, 7KTH Royal Inst. of Tech., Sweden TuP 29 Neutron Diffraction Study of Phase Transformations of Fullerene C70 after Mechanical Activation P. A. Borisova1, M. S. Blanter2, V. V. Brazhkin3, V. A. Somenkov1, and V. P. Filonenko3 1Kurchatov Inst., Russia, 2Moscow Technological Univ., Russia, 3Inst. for High Pressure Physics RAN, Russia TuP 30 Relation between Structural Properties and Magnetic Excitations in the Ce2Pd2 (Al,Ga)2 System Pavel Javorský1, Milan Klicpera1, Petr Doležal1, Devashibhai Adroja2,3, Stéphane Rols4, and Michael Koza4 1Charles Univ., Czech 2ISIS, UK, 3Univ. of Johannesburg, South Africa, 4ILL, France TuP 31 E-Type Non-Collinear Magnetic Ordering in Multiferroic O-LuMnO3 Saumya Mukherjee1,2, Andreas Dönni3, Taro Nakajima4,5, Setsuo Mitsuda4, Makoto Tachibana3, Hideaki Kitazawa3, Vladimir Pomjakushin1, Lukas Keller1, Chrisrtof Niedermayer1, Andrea Scaramucci1, and Michel Kenzelmann1 1PSI, Switzerland, 2ETH Zurich, Switzerland, 3NIMS, Japan, 4Tokyo Univ. of Science, Japan, 5CEMS, Japan TuP 32 Possible Excitonic Phase of (Pr1-yRy)1-xCaxCoO3 (R = Lanthanides and Y) Taketo Moyoshi1, Kazuya Kamazawa1, Masaaki Matsuda2, and Masatoshi Sato3 1CROSS, Japan, 2ORNL, USA., 3Nagoya Univ., Japan 138 | July 9-13, 2017 | DCC, Daejeon, Korea T u P 33 Properties and Internal Structure of Complex Coacervate Core Micelles Soo-Hyung Choi1, Tae-Young Heo1, Pueleum Lim1, Eunji Lee2, and Inhye Kim2 1Hongik Univ., Korea, 2Chungnam Nat'l Univ., Korea TuP 34 Neutron Scattering Study of Magnetic Order in Oxygen Deficient Perovskite La6.4Sr1.6Cu8O20 Masaki Fujita Tohoku Univ., Japan TuP 35 Complex Superstructures in the Co-Doped High-Tc Superconductor La2-xSrxCuO4+y, Observed with Neutrons and X-rays Pia J. Ray1, Ursula B. Hansen1, Monica-Elisabeta Lacatusu2, Matthias J. Gutmann3, Matthias D. Frontzek4, Jonathan P. Wright5, and Linda Udby1 1Univ. of Copenhagen, Denmark, 2TU Denmark, Denmark, 3ISIS, UK, 4ORNL, USA, 5ESRF, France TuP 36 Excitation Spectra of the Chiral Cupola System Ba(TiO)Cu4(PO4)4 Luc Testa1, Kenta Kimura2, Peter Babkevich1, Jacques Ollivier3, Jose Rodriguez4, Henrik Moodysson Rønnow1, and Tsuyoshi Kimura2 1EPFL, Switzerland, 2Osaka Univ., Japan, 3ILL, France, 4 NIST, USA TuP 37 Unexpected Suppression of Magnetic Stripes by Field in Underdoped LSCO Ana - Elena Nan1, Henrik Jacobsen1,2, Monica - Elisabeta Lacatusu1,3, Tim Birger Tejsner1,4, Sonja Lindahl Holm1,5, Laura Folkers6, Yasmine Sassa7, Martin Böhm4, Paul Steffens4, Rasmus Toft - Petersen8, Jean - Claude Grivel3, Barrett Wells9, and Kim Lefmann1 1Univ. of Copenhagen, Denmark, 2Oxford Univ., UK, 3TU Denmark, Denmark, 4ILL, France, 5Aarhus Univ., Denmark, 6Lund Univ., Sweden, 7Uppsala Univ., Sweden, 8HZB, Germany, 9Univ. of Connecticut, USA TuP 38 Role of the Critical Helix Fluctuations in Stabilization of the Skyrmion Lattice in MnSi Nadezhda Chubova1, Vadim Dyadkin2, Charles Dewhurst3, and Sergey Grigoriev1 1PNPI, Russia, 2ESRF, France, 3ILL, France ICNS 2017 | 139 TuP 39 Temperature-Dependent Magnetic Dynamics in Frustrated Tetragonal Spinel ZnMn2O4 Hun Chang1, In-Yong Hwang1, Jae-Ho Chung1, Ross Stewart2, Wataru Higemoto3, Yasuhiro Miyake3, Su-Jae Kim4, and Seongsu Lee4 1Korea Univ., Korea, 2ISIS, UK, 3HEARO, Japan, 4KAERI, Korea TuP 40 Complex Evolution of Magnetic Structures in Multiferroic Al-Doped Zn2Y Hexaferrites above TC Hak Bong Lee1, Jae-Ho Chung1, Karel Prokes2, Manfred Reehuis2, Shin-Ae Kim3, and In-Hwan Oh3 1Korea Univ., Korea, 2HZB, Germany, 3KAERI, Korea TuP 41 Determination of the Crystal Field Levels in TmV2Al20 Reyner White1, Wayne Hutchison1, Gail Iles2, Richard Mole2, Sean Cadogan1, Takahiro Namiki3, and Katsuhiko Nishimura3 1The Univ. of New South Wales, Australia, 2ACNS, Australia, 3Univ. of Toyama, Japan TuP 42 Incommensurate Spin Correlations of a Cr Alloy with Dilute Fe Haruhiro Hiraka1 and Shinichiro Yano2 1Ibaraki Univ., Japan, 2Nat'l, Synchrotron Radiation Research Center, Taiwan TuP 43 Complex Magnetic Incommensurability in Multiferroic Co3TeO6 Chi-Hung LEE1, Chin-Wei Wang2, Yang Zhao3,4, Wen-Hsien Li1, Jeffrey W. Lynn3, A. Brooks Harris5, Kirrily Rule6, Hung-Duen Yang7, and Helmuth Berger8 1Nat'l, Central Univ., Taiwan, 2NSRRC, Taiwan, 3NIST, USA, 4Univ. of Maryland, USA, 5Univ. of Pennsylvania, USA, 6ANSTO, Australia, 7Nat'l, Sun Yat-Sen Univ., Taiwan, 8EPFL, Switzerland TuP 44 Spontaneous Magnetostriction of CoF3 and FeF3 Sanghyun Lee1, Shuki Torii1, Yoshihisa Ishikawa1, Masao Yonemura1,2, and Takashi Kamiyama1,2 1KEK, Japan, 2The Graduate Univ. for Advanced Studies, Japan 140 | July 9-13, 2017 | DCC, Daejeon, Korea T u P 45 Temperature Dependence of Thermoelectric Clathrate Ba8Al16Ge30 Widya Rika Puspita1, Hiroyuki Takeya2, Takashi Mochiku2, Yoshihisa Ishikawa2, Sanghyun Lee3, Shukii Torii3, Masao Yonemura3, and Takashi Kamiyama1,3 1The Graduate Univ. for Advanced Studies, Japan, 2Nat'l Inst. for Materials Sci., Japan, 3Inst. of Materials Structure Science, Japan TuP 46 Neutron Diffraction Study of Frustrated Antiferromagnetic Tetragonal Spinel ZnMn2O4 In-Yong Hwang1, Hun Chang1, Jae-Ho Chung1, Wataru Higemoto2, Yasuhiro Miyake2, Su-Jae Kim3, and Seongsu Lee3 1Korea Univ., Korea, 2HEARO, Japan, 3KAERI, Korea TuP 47 The Investigation of Magnetism in PrBaCo2O5.74 by High-Resolution Neutron Powder Diffraction under 14 T Magnetic Field Zhijian Tan1, Ping Miao2, Xiaohuan Lin3, Sanghyun Lee2, Yoshihisa Ishikawa2, Shuki Torii2, Yingxia Wang3, Masao Yonemura2, and Takashi Kamiyama1,2 1The Graduate Univ. for Advanced Studies, Japan, 2HEARO, Japan, 3Peking Univ., China TuP 48 Structural Distortions Induced by Orbital Doping in Tetragonal Spinel Mn3O4 Kee Hwan Lee1, Hun Chang1, In Yong Hwang1, Jae-Ho Chung1, Hyun Wook Kang2, Su Jae Kim2, and Seongsu Lee2 1Korea Univ., Korea, 2KAERI, Korea TuP 49 Magnetic Excitation and Anisotropy in Multiferroic Ba2CoGe2O7 Minoru Soda1, Shohei Hayashida1, Masashige Matsumoto2, Martin Månsson3, Bertrand Roessli4, Jonathan S. White4, Seiko Ohira-Kawamura5, Kenji Nakajima5, Ryousuke Shiina6, and Takatsugu Masuda1 1The Univ. of Tokyo, Japan, 2Shizuoka Univ., Japan, 3KTH Royal Inst. of Tech., Sweden, 4PSI, Switzerland, 5J-PARC, Japan, 6Univ. of the Ryukyus, Japan ICNS 2017 | 141 TuP 50 Crystal Structure of (Lu1-xCax)Ba2Cu3O7-z (x = 0, 0.2) Superconducting Compounds by Neutron Powder Diffraction Ho Keun Lee1 and Yong Il Kim2 1Kangwon Nat'l Univ., Korea, 2KRISS, Korea TuP 51 Inelastic Neutron Scattering Study on 4f-Electron Multipole System PrTr2X20 (Tr : Transition Metal, X : Al and Zn) Kazuaki Iwasa1, Takahiro Onimaru2, Toshiro Takabatake2, Ryuji Higashinaka3, Yuji Aoki3, Seiko Ohira-Kawamura4, and Kenji Nakajima4 1Ibaraki Univ., Japan, 2Hiroshima Univ., Japan, 3Tokyo Metropolitan Univ., Japan, 4JAEA, Japan TuP 52 Crystal Structure of a Non-Centrosymmetric System, CuY2Ge2O8 Hwanbeom Cho1, Hasung Sim1, Sanghyun Lee2, Maxim Avdeev3, Yukio Noda4, and Je-Geun Park1 1Seoul Nat'l Univ., Korea, 2KEK, Japan, 3ANSTO, Australia, 4Tohoku Univ., Japan TuP 53 Analysis of the Q Dependent S(Q,E) Spectra by Inelastic Neutron Scattering Measurements on Iron Chalcogenide Superconductor Fe(Te0.5Se0.5) Motoyuki Ishikado1, Katsuaki Kodama2, Ryoich Kajimoto2, Mitsutaka Nakamura2, Kazuhiko Ikeuchi1, Yasuhiro Inamura2, Sungdae Ji1, Masatoshi Arai2, and Shin-ich Shamoto2 1CROSS, Japan, 2JAEA, Japan TuP 54 Magnetic Excitations in Metallic Antiferromagnets Fe0.7Mn0.3 and Fe0.5Mn0.5 Shinichi Itoh, Takafumi Hawai, Soshi Ibuka, Tetsuya Yokoo, and Yasuo Endoh KEK, Japan TuP 55 Search for a Ground State in Pyrochlore Titanates Viviane Pecanha-Antonio, Yixi Su, and Erxi Feng JCNS at MLZ 142 | July 9-13, 2017 | DCC, Daejeon, Korea T u P 56 Spin Waves in Metallic Ferromagnet SrRuO3 Shinichi Itoh1, Yasuo Endoh1, Tetsuya Yokoo1, Soshi Ibuka1, Takafumi Hawai1, Je-Geun Park2, Yoshio Kaneko3, Kei S. Takahashi3, Yoshinori Tokura3, and Naoto Nagaosa3 1KEK, Japan, 2IBS, Korea, 3RIKEN, Japan TuP 57 Neutron Inelastic Scattering Study on the Iron-based Ladder Compound BaFe2Se3 Takafumi Hawai1, Yusuke Nambu2, Kenya Ohgushi2, Barry Winn3, V. Ovidiu Garlea3, Melissa Graves-Brook3, Igor A. Zaliznyak4, Shinichi Itoh1, Testuya Yokoo1, and Taku J. Sato2 1KEK, Japan, 2Tohoku Univ., Japan, 3ORNL, USA, 4Brookhaven Nat'l Laboratory, USA TuP 58 Figure of Merit ZT Enhancement in Na Doped SnSe Peng Wu1, Yoshihisa Ishikawa1, SungHyun Lee1, Shuki Torii1, and Takashi Kamiyama1,2 1KEK, Japan, 2Sokendai, The Graduate Univ. for Advanced Studies, Japan TuP 59 Anomalous Dielectric Response of Protons in Short Hydrogen Bonds under Pressure: The Case of (Mn 2+0.5Fe0.5) AlPO4(OH)2H2O Benedikt Röska1, SoHyun Park1, Björn Pedersen2, Yusuke Yoshimori3, Kenta Kimura3, and Tsuyoshi Kimura3 1Ludwig-Maximilians-Univ., Germany, 2FRM II, Germany, 3Graduate School of Engineering Sci., Japan TuP 60 Pressure-Dependent Structural Characterization of SnO using Neutron Diffraction. Asaf Pesach1, Rafael Hevroni1, Eran Sterer1, Elad Caspi1, Antonio de Santos2, Jamie Molaison2, and Chris Tulk2 1Nuclear Research Centre - Negev, Israel, 2ORNL, USA. TuP 61 Structure and Magnetic Properties of NixCo1-x(N(CN)2)2 Molecular Magnets D. Lee1, S. Song1, D.J. Williams2, S. C. Vogel2, Th. Proffen2,3, J. D. Thompson2, L. L. Daemen2,3, and Sungkyun Park1 1Pusan Nat'l, Univ., Korea, 2Los Alamos Nat'l Laboratory, USA, 3ORNL, USA ICNS 2017 | 143 TuP 62 Studies of Antiferromagnetic Order and Ferroelectricity on Mn-Doping in Single Crystalline BiFeO3 Ki-Myung Song, Hyungsub Kim, and Seongsu Lee KAERI, Korea TuP 63 Complex Radiation Diagnosis of Materials and Products M. Shushunov, V. Somenkov, V. Glazkov, and E. Kovalenko Kurchatov Institute, Russia TuP 64 Phonon Dynamics of NaI Investigated by G(r,E) Analysis Mitsutaka Nakamura1, Tatsuya Kikuchi1, Kazuya Kamazawa2, and Yukinobu Kawakita1 1J-PARC Center, Japan, 2CROSS, Japan TuP 65 Geometric Effect Corrections in using a Comb Sample as a Stress-Free Reference for Stress Measurements by Neutron Diffraction I.D. Karpov and V.T. Em Kurchatov Institute, Russia TuP 66 Magnetic an Isotropy in Isovalent Spin S=7/2 Family EuTIn4 (T=Ni, Pd, Pt) Koji Kaneko1, Shugo Ikeda2, Matthias D. Frontzek3, Takayasu Hanasima4, Akiko Nakao4, Ryoji Kiyanagi1, Takashi Ohhara1, Yoshiya Homma5, Hisao Kobayashi2, and Hiroshi Yamagami1,6 1JAEA, Japan, 2Univ. of Hyogo, Japan, 5ORNL, USA, 6CROSS, Japan, 7Tohoku Univ., Japan, 8Kyoto Sangyo Univ., Japan TuP 67 Diminished Spin Fluctuation in Low-Tc Nodal Iron-Based Superconductor LaFePO0.9 Motoyuki Ishikado1, Katsuaki Kodama2, Ryoich Kajimoto2, Mitsutaka Nakamura2, Yasuhiro Inamura2, Fumio Mizuno3, Shuichi Wakimoto2, Akira Iyo4, Hiroshi Eisaki4, Tao Hong5, Hannu Mutka6, Masatoshi Arai2, and Shin-ich Shamoto2 1CROSS, Japan, 2JAEA, Japan, 3Tohoku Univ., Japan, 4AIST, Japan, 5ORNL, USA, 6ILL, France 144 | July 9-13, 2017 | DCC, Daejeon, Korea T u P 68 Giant Magnetoelectric Effects Achieved by Tuning Spin Cone Symmetry in Y-type Hexaferrites Kun Zhai1,2, Yan Wu3, Shipeng Shen1, Wei Tian3, Huibo Cao3, Yisheng Chai1, Bryan C. Chakoumakos3, Dashan Shang1,Liqin Yan1, Fangwei Wang1, and Young Sun2,1 1CAS, China, 2Univ. of Chinese Academy of Sciences, China, 3ORNL, USA TuP 69 Single Crystal Neutron Diffraction of the Magnetoelectric Co2Z-Type Hexaferrite Hun Chang1, Hak Bong Lee1, Jae-Ho Chung1, Sae Hwan Chun2, Kwang Woo Shin2, Byung-Gu Jeon2, Kee Hoon Kim2, Karel Prokeš3, and Slavomir Mat'aš3 1Korea Univ., Korea, 2Seoul Nat'l Univ., Korea, 3Helmholtz-Zentrum für Materialien und Energie, Germany TuP 70 Polarized Neutron Reflevtivity of Thin Films in Ultrahigh Vacuum using Portable Transfer Chamber Amir Syed Mohd, Sabine Pütter, Stefan Mattauch, Alexander Weber, Alexandros Koutsioubas, Harald Schneider, and Thomas Brückel JCNS, Germany TuP 71 Spin Structure of Nanoparticles as Seen by Small-Angle Neutron Scattering L. G. Vivas1, R. Yanes2, and A. Michels1 1Univ. of Luxembourg, Luxembourg, 2Univ. of Salamanca, Spain TuP 72 Evolution of Depth Dependent Structure and Magnetism of FePt/Cu Multilayer on Annealing Surendra Singh1, C. L. Prajapat1, M. Gupta2, and S. Basu 1 1BARC, India, 2UGC-DAE CSR, Indore, India TuP 73 Nano-Metric Self-Diffusion of Fe: Effect of Grain Size Amitesh Paul TU Munich, Germany ICNS 2017 | 145 TuP 74 Realizing Topological Stability of Magnetic Helices in Exchange- Coupled Multilayers for All-Spin- based System Amitesh Paul TU Munich, Germany TuP75 Recovery and Nonrecovery of the Untrained State in an Exchange-Coupled System Amitesh Paul TU Munich, Germany TuP 76 R Ion Effect for Spin Dynamics in Frustrated Spin System RBaFe4O7(R=Y, Ho, Yb, Lu) - Inelastic Neutron Scattering Studies Kazuya Kamazawa1, Seiko Ohira-Kawamura2, Kenji Nakajima2, and Taketo Moyhoshi1 1CROSS, Japan, 2JAEA J-PARC, Japan TuP 77 The Magnetic Structure of SmCo5 - Competing Spin and Orbital Magnetic Momentum Holger Kohlmann Univ. Leipzig, Germany TuP 78 Magnetism in Polycrystalline FeRh Thin Films Jingfan Ye1, Marco Hauke1, Vikram Singh2, Akhil Tayal2, Mukul Gupta2, Rajeev Rawat2, Jochen Stahn3, Neelima Paul4, Peter Böni1, and Amitesh Paul1 1TU Munich, Germany, 2UGC-DAE Consortium of Scientific Research, India, 3PSI, Switzerland, 4JCNS at MLZ, Germany TuP 79 Unraveling the Coupling between Skyrmion and Crystallographic Lattices Lars Bannenberg1, Fengjiao Qian1, Rob Dalgliesh2, Grégory Chaboussant3, Heribert Wilhelm4, and Catherine Pappas1 1Delft Univ. of Tech., Netherlands, 2ISIS, UK, 3LLB, France, 4Diamond Light Source Ltd., UK 146 | July 9-13, 2017 | DCC, Daejeon, Korea T u P 80 Multichannel Supermirror Analyzers of Neutron Polarization of Fan Type Vladislav Syromyatnikov1,2 1PNPI, Russia, 2Saint-Petersburg State Univ., Russia TuP 81 Phonons in Multiferroics YMnO3 and GaFeO3: Inelastic Neutron Scattering and First Principles Studies Mayanak Kumar Gupta1, Ranjan Mittal1, Nitika Sharma1, Ripandeep Singh1, Mohamed Zbiri2, Stefan Rols2, Helmut Schober2, and Samrath Lal Chaplot1 1BARC, India, 2ILL, France TuP 82 Neutron Depolarization Measurements of Magnetite in Chiton Teeth Marc Seifert, Michael Schulz, Pau Jorba, Georg Benka, Christian Pfleiderer, and Stuart Gilder TU Munich, Germany TuP 83 Formation of Co-N Phases in Magnetron Sputtering Process and their Magnetization Studied using Polarized Neutron Reflectivity NIDHI PANDEY1, MUKUL GUPTA1, RACHANA GUPTA2, and JOCHEN STAHN3 1UGC, India, 2IET-DAVV, India, 3PSI, Switzerlandk TuP 84 Long-Period Smectic-like Magnetic Structures in Mn1-x(Co,Rh)xGe Alloys Nicolas Martin1, Maxime Deutsch2, Grégory Chaboussant1, Françoise Damay1, Pierre Bonville3, Ludmila N. Fomicheva4, Anatoli V. Tsvyashchenko4,5, Ulrich K. Rössler6, and Isabelle Mirebeau1 1LLB, CNRS, Univ. Paris-Saclay, France, 2Univ. de Lorraine, France, 3SPEC, CEA, CNRS, Univ. Paris-Saclay, CEA-Saclay, France, 4RAS, Russia, 5Michigan State Univ., Russia, 6IFW Dresden, Germany TuP 85 Tracing the Verwey Transition from Bulk to Nanoscale D. González-Alonso1, P. Bender1, J. I. Espeso1, M. T. Fernández-Díaz2, H. Gavilán3, L. K. Bogart4, J. Fock5, L. Zeng6, W. Szczerba7, O. Posth8, L. Fernández Barquín1, and C. Johansson9 1Universidad de Cantabria, Spain, 2ILL, France, 3Instituto de Ciencia de Materiales de Madrid, Spain, 4Univ. College London, UK, 5Kongens Lyngby, Denmark, 6Chalmers Univ. of Tech., Sweden, 7Bundesanstalt für Materialforschung und -prüfung, Germany, 8Physi ICNS 2017 | 147 TuP 86 Influence of Ho-Mn/Cr Interaction on the Magnetic Structure in Cr Doped HoMnO3 Pulkit Prakash and Amitabh Das BARC, India TuP 87 Neutron Diffraction Study on Exotic Magnetic Properties of Mn Substituted Spinel Cobalt Chromite Ram Kumar1, S. Rayaprol2, V. Siruguri2, and D. Pal1 1IIT, India, 2BARC, India TuP 88 Grazing Incidence Neutron Diffraction from Near-Surface Nanostructures Alexander Belushkin and Sergej Manoshin FLNP, Russia TuP 89 Pseudo-Goldstone Nagnons in the Frustrated S = 3/2 Heisenberg Helimagnet ZnCr2Se4 with a Pyrochlore Magnetic Sublattice Yevhen Onykiienko1, Yuliia Tymoshenko1, Dmytro Inosov1, Stephan Rachel1, Dmitry Efremov2, Jacques Ollivier3, Vladimir Tsurkan4, and Astrid Schneidewind5 1TU Dresden, Germany, 2IFW, Germany, 3ILL, France, 4Unive. of Augsburg, Germany, 5JCNS, Germany TuP 90 Linear Spin Chains in Paramagnetic and in ordered Bulk Magnets Andreas Hoser1 and Ulrich Köbler2 1HZB, Germany, 2PGI Research Center Jülich, Germany TuP 91 Magnetic Transition of Inorganic-Organic Hybrid (C6H5CH2CH2NH3)2MnCl4(Mn-PEA) Revealed by Neutron Single Crystal Diffraction Garam Park1,2, In-hwan Oh1, J. M. Sungil Park1, Seong-Hun Park4, Chang-Seop Hong2, and Kwang-Sei Lee4 1KAERI, Korea, 2Korea Univ., Korea, 3Gyeonggi Science High School, Korea, 4Inje Univ., Korea 148 | July 9-13, 2017 | DCC, Daejeon, Korea T u P 92 Polarized Neutron Reflectivity Measurement for Pt/YIG Thin Films as a Spintronics Device Hiroshi Nozaki1, Masashi Harada1, Hiroyuki Kawaura1, Yasushi Kouno2, and Noboru Miyata3 1Toyota Central R&D Labs., Inc., Japan, 2Denso Corporation, Japan, 3CROSS, Japan TuP 93 Magnetic Structure of Cu0.5In0.5-xFexCr2S4 Studies by Neutron Scattering at LT, H and P Ravil Sadykov1, Norbert Stusser2, Vladimir Pomyakushin3, Polina Borisova4, Victor Glazkov4, Galina Shabunina5, and Telman Aminov5 1Inst. For Nuclear Research, Russia, 2HZB, Germany, 3PSI, Switzerland, 4Kurchatov Inst., Russia, 5Kurnakov Inst., Russia TuP 94 Dual Nature in Magnetic Excitations in Oxygen Doped Lanthanum Nickel Oxide Kenji Nakajima and Ryoichi Kajimoto J-PARC, Japan TuP 95 Magnetic Properties of the Geometrically Frustrated SrLn2O4 Compounds Simon Riberolles1,2, Geetha Balakrishnan1, Navid Qureshi2, Monica Ciomaga Hatnean1, and Oleg A. Petrenko1 1Univ. of Warwick, UK, 2ILL, France TuP 96 Relatively-Thick (300nm -) Thin-Film Structure Estimated by the Back-Incidence Neutron Reflectometry Noboru MIYATA and Tsukasa MIYAZAKI CROSS, Japan TuP 97 Localized Magnetic Excitations in the S = 1/2 Fully Frustrated Dimerized Magnet Ba2CoSi2O6Cl2 Nobuyuki Kurita1, Seiko Ohira-Kawamura2, Kenji Nakajima2, Daisuke Yamamoto3, Takuya Kanesaka3, Nobuo Furukawa3, and Hidekazu Tanaka1 1Tokyo Inst. of Tech., Japan, 2J-PARC Center, Japan, 3Aoyama-Gakuin Univ., Japan ICNS 2017 | 149 TuP 98 High Temperature Post-Annealing Induced Boron Diffusion and Nonuniform Magnetic Depth Profile in CoFeB/MgO Multilayers K.-Y. Kim1, I.-J. Shin2, B.-C. Min2, H.-C. Choi3, S.-Y. Jo3, C.-Y. You3,4, S. Singh5, M. R. Fitzsimmons5, H. Ambaye6, V. Lauter6, J. Keum6, K.-J. Kim7, J.-W. Kim8, and S. Park9 1KAERI, Korea, 2KIST., Korea, 3Inha Univ., Korea, 4DGIST, Korea, 5Los Alamos Nat'l Laboratory, USA, 6ORNL, USA, 7KRISS, Korea, 8KAIST, Korea, 9Pusan Nat'l Univ., Korea TuP 99 Current Status of a Polarized Neutron Reflectometer "SHARAKU" in J-PARC Hiroyuki Aoki1, Kazuhiko Soyama1, Dai Yamazaki1, Noboru Miyata2, Kazuhiro Akutsu2, Takayasu Hanashima2, Satoshi Kasai2, and Jun-ichi Suzuki2 1JAEA, Japan, 2CROSS, Japan TuP 100 How Universal is the Helimagnetic transition? A SANS and NSE Study of Fe1-xCoxSi L.J. Bannenberg1, R. Dalgliesh2, P. Falus3, E. Lelièvre-Berna3, C.D. Dewhurst3, F. Qian1, Y. Onose4, Y. Endoh5, Y. Tokura4,5, K. Kakurai5,6, and C. Pappas1 1Delft Univ. of Tech., Netherlands, 2ISIS, UK, 3ILL, France, 4The Univ. of Tokyo, Japan, 5RIKEN, Japan, 6CROSS, Japan TuP 101 Crystal-Field Spectroscopy of Tetragonal Lanthanide Single-Molecule Magnets Ursula Hansen1, Mikkels Sørensen1, Hannu Mutka2, Giovanna Simeoni3, Tom Fennel4, Mark Telling5, Mingee Chung6, Henrik Rønnow6, Mauro Perfetti1, Høgni Weihe1, Kim Lefmann1, and Jesper Bendix1 1Univ. of Copenhagen, Denmark, 2ILL, Frnace, 3ITLR, Germany, 4PSI, Switzerland, 5ISIS, UK, 6EPFL, Switzerland TuP 102 A Glance Inside Exotic ε-Fe2O3 Thin Films Grown on GaN with Polarized Neutron Reflectometry Victor Ukleev1, Sergei Suturin2, Alexander Korovin2, Thomas Saerbeck3, Nikolai Sokolov2, and Takahisa Arima1,4 1RIKEN, Japan, 2RAS, Russia, 3ILL, France, 4Univ. of Tokyo, Japan 150 | July 9-13, 2017 | DCC, Daejeon, Korea T u P 103 Magnetic Spin Correlations in the One-Dimensional Frustrated Spin-Chain System Ca3Co2O M. Mansson1, J. Sugiyama2, B. Roessli3, B. Hitti4, Y. Ikedo5, I. Zivkovic6, H. Nozaki2, M. Harada2, Y. Sassa7, D. Andreica8, T. Goko3, A. Amato3, O. Ofer4, E.J. Ansaldo4, J.H. Brewer4, K.H. Chow9, H.T. Yi10, S.-W. Cheong10, and K. Prsa11 1KTH Royal Inst. of Tech., Sweden, 2Toyota CRDL, Japan, 3PSI, Switzerland, 4TRIUMF, Canada, 5KEK, Japan, 6Institute of Physics, Zagreb, Croatia, 7Uppsala Univ., Sweden, 8Babes-Bolyai Univ., Rumania, 9Univ. of Alberta, Canada, 10Rutgers Univ., USA, 11Universität Freiburg, Germany TuP 104 Spring Exchange Nanocomposites CoFe2O4-FeCo, Studied by in Situ Neutron Diffraction Jakob Voldum Ahlburg, Cecilia Granados, Henrik Lyder Andersen, Pelle Gorm Garbus, and Mogens Christensen Aarhus Univ., Denmark TuP 105 Inelastic Measurements on Co3TeO6 and Ni3TeO6 Jonas O. Birk1, Christopher Roehl1, Anders K. Ravn1, Jakob Lass1, Maria retuerto2, Ursula B. Hansen1, Helle Leerberg1, John Taylor3, Tatiania Guidi4, Andrea Piovano5, and Kim Lefmann1 1Univ. of Copenhagen, Denmark, 2Instituto de Catálisis y Petroquímica, Spain, 3ESS ERIC, Sweden, 4Rutherford Appleton Laboratory, UK, 5ILL, France TuP 106 Studies on Structure and Dynamics of Graphene-Based Polymer Nanocomposite Thin Films using Neutron Reflectivity Ki-In Choi1, Tea-Ho Kim2, and Jaseung Koo1 1KAERI, Korea, 2Korea Univ. of Tech. and Education, Korea TuP 107 Neutron Diffraction Study of New Low-Dimensional Spin Frustrated Chiral Tellurate MnSnTeO6 Mariia Kuchugura1, Alexander Kurbakov1, and Anatoliy Senyshyn2 1PNPI, Russia, 2TU Munich, Germany ICNS 2017 | 151 TuP 108 Magnetic Properties and Magnetocaloric Effect in Layered NdMn1.7V0.3Si2 Muhamad Faiz Din1,2, J. L. Wang2,3, Y. N. A. Norizan2, M. T. Tajudin2, M. Avdeev3, S. J. Kennedy3, and S. X. Doua1 1Inst. for Superconductivity and Electronic Materials, Australia, 2Nat'l Defence Univ. of Malaysia, Malaysia, 3ANSTO, Australia TuP 109 Application of Neutron Reflectivity to Study the Gas-Phase OH Radical Oxidation of an Organic Film at the Air-Water Interface Rosalie H. Shepherd1, Martin D. King1, Adrian R. Rennie2, Andy D. Ward3, and Maximilian W. A. Skoda4 1Univ. of London, UK, 2Uppsala Univ., Sweden, 3Central Laser Facility, STFC, UK, 4ISIS, UK TuP 110 Understanding the Relations between a Free Space Reactor and Silicon Nanoparticle Morphology with Small Angle Neutron Scattering and Diffraction Samson Y. Lai, Kenneth D. Knudsen, Geir Helgesen, Thomas J. Preston, Hallgeir Klette, Jan Petter Maehlen, and Trygve T. Mongstad Inst. For Energy Tech., Norway TuP 111 Carbongels for Future Hydrogen Storage Systems Orsolya Czakkel1, Balazs Nagy2, Emanuel Bahn1,3, Peter Fouquet1, Silvia Villar-Rodil4, Juan J. M. D. Tascon4, and Krisztnia Laszlo2 1ILL, France, 2Budapest Univ. of Tech. and Economics, Hungary, 3Cavendish Laboratory, UK, 4Instituto Nacional del Carbón, Spain TuP 112 Mapping of Spin and Lattice Excitations in the Magnetocaloric Compound MnFe4Si3 Kirill Nemkovski1, Nikolaos Biniskos2,3, Karin Schmalzl2, Stéphane Raymond3, Jörg Voigt1, Jörg Perßon1, Ryoichi Kajimoto4, Kazuki Iida5, and Thomas Brückel1 1JCNS at MLZ, Germany, 2JCNS at MLZ, France, 3CEA-Grenoble, INAC MEM MDN, France, 4JAEA, Japan, 5CROSS, Japan 152 | July 9-13, 2017 | DCC, Daejeon, Korea T u P 113 Operando Small-Angle Neutron Scattering of Lithium-Ion Batteries using Silicon Nanoparticles Anodes Coraline Millot1, Jean-Francois Colin1, Hakima Mendil-Jakani1, Lionel Porcar2, and Sandrine Lyonnard1 1CEA Grenoble, France, 2ILL, France TuP 114 Enhanced Hydrogen Storage in Soft Porous Crystals: In-Situ Neutron Scattering Study of CAU-1 Metal Organic Framework Margarita Russina1, Moritz-Casper Schlegel1,2, Daniel Toebbens1, Roman Svetogorov4, Norbert Stock5, Helge Reinsch5, Dirk Wallacher1, and Ross Stewart6 1HZB, Germany, 2Federal Inst. for Materials Research and Testing, Germany, 4Kurchatov Inst., Russia, 5Christian-Albrecht-Univ. zu Kiel, Germany, 6ISIS, UK TuP 115 Evidence for Spin-Phonon Coupling and High Pressure Phase Stabilities of RMnO3 using An Inelastic Neutron Scattering and First Principle Studies S. K. Mishra1, M. K. Gupta1, R. Mittal1, A. I. Kolesnikov2, and S. L. Chaplot1 1BARC, India, 2ORNL, USA TuP 116 Dynamics of Li- ion in Battery Materials LiAlO2 and LiAlSiO4: Neutron Scattering and Computational Studies Baltej Singh1,2, M. K. Gupta1, R. Mittal1,2, M. Zbiri3, S. Rols3, S. J. Patwe4, S. N. Achary1, H. Schober3, A. K. Tyagi4, and S. L. Chaplot1,2 1BARC, India, 2Homi Bhabha Nat'l Inst., India, 3ILL, France TuP 117 High Temperature Inelastic Neutron Scattering and Molecular Dynamics of Battery Materials Li2O, LiFePO4 and LiMnPO4 Prabhatasree Goel1, Mayanak K. Gupta1, Ranjan Mittal1, Samrath Lal Chaplot1, Stephane Rols2, S. J. Patwe1, S. N. Achary1, and A. K. Tyagi1 1BARC, India, 2ILL, France ICNS 2017 | 153 TuP 118 Understanding a New Technology for Water Purification with Moringa Seeds Martine Moulin1, Michael Haertlein1, Trevor Forsyth1,2, Habauka Kwaambwa3, Maja Hellsing4, and Adrian Rennie4 1ILL, France, 2Keele Univ., UK, 3Namibia Univ. of Sci. and Tech., Namibia, 4Uppsala Univ., Sweden TuP 119 Dynamics in Deep Eutectics: Quasielastic Neutron Scattering Studies P.S. Dubey1, V.K. Sharma1, S. Mitra1, R. Biswas2, and R. Mukhopadhay1 1BARC, India, 2S. N. Bose Nat'l Centre for Basic Sci., India TuP 120 Neutron Diffraction Studies of Nanostructured SrFe12O19 Magnets Matilde Saura-Múzquiz1, Marian Stingaciu1, Anna Z. Eikeland1, Henrik L. Andersen1, Cecilia Granados-Miralles1, Vladimir Lucin2, Maxim Avdeev2, and Mogens Christensen1 1Aarhus Univ., Denmark, 2ANSTO, Australia TuP 121 Correlation between Structure and Performance-Related Properties of Radiation-Grafted Proton-Conducting Membranes Gergely Nagy1,2, Véronique Sproll2, Urs Gasser2, Thomas J. Schmidt2,3, Lorenz Gubler2, and Sandor Balog4 1Wigner Research Centre for Physics, Hungary, 2PSI, Switzerland, 3ETH Zurich, Switzerland, 4Univ. of Fribourg, Switzerland TuP 122 Dynamics of Hydrogen Atoms in Palladium Nanoparticles Osamu Yamamuro1, Maiko Kofu2, Naoki Hashimoto1, Hiroshi Akiba1, Hirokazu Kobayashi3, Hiroshi Kitagawa3, Madhusudan Tyagi4,5, Wiebke Lohstroh6, Kazuki Iida7, and Mitsutaka Nakamura2 1Univ. of Tokyo, Japan, 2J-PARC Center, Japan, 3Kyoto Univ., Japan, 4NCNR, NIST, USA, 5Univ. of Maryland, USA, 6MLZ, TUM, Germany, 7CROSS, Japan TuP 123 Proximity Effects in Single-Crystal Superlattices Revealed by Neutron Reflectivity and Enabled by A New Sample Environment: The Case of Fe/VHx and Cr/VHx Gunnar Palsson1, S Droulias1, L Mooij1, P Gutfreund2, M Wolff1, and B Hjorvarsson1 1Uppsala Univ., Sweden, 2ILL, France 154 | July 9-13, 2017 | DCC, Daejeon, Korea T u P 124 Using Small Angle Neutron and X-ray Scattering Methods to Reveal the Required Structure of Anion Exchange Fuel Cell Membranes with High Performance Yue Zhao, Kimio Yoshimura, Shin Hasegawa, Akihiro Hiroki, and Yasunari Maekawan Nat'l, Inst. for Quantum and Radiological Sci. and Tech., Japan TuP 125 Visualization of Oxide Ion Conduction Pathways from Neutron Diffraction Study on High Conducting Garnet PrY2Fe5O12 Dnyaneshwar Bhosale1,2, S Patil2, and S Yusuf1 1BARC, India, 2Savitribai Phule Pune Univ., India TuP 126 Formation of Frustrated Lewis Pairs in Ptx-Loaded Zeolite NaY and Its Catalytic Application Heeju Lee1, Yong Nam Choi2, and Hyunjung Kim1 BARC, India TuP 127 Bi4TaO8Cl Nano-Photocatalyst: Influence of Local, Average and Band Structure Swetha S M Bhat1,2, Diptikanta Swain3, Mikhail Feygenson4,5, Joerg Neuefeind4, Abhishek Misra6, Janardhan Hodala2, Chandrabhas Narayana7, Ganapati Shanbhag2, and Nalini Sundaram2 1Seoul Nat'l Univ., Korea, 2Poornaprajna Inst. of Scientific Research, India, 3IIS, India, 4ORNL, USA. 5JCNS, Germany, 6Univ. of Petroleum and Energy Studies, India, 7JNCSR, India TuP 128 Influence of the Irradiation in Cements for the Brazilian Radiactive Waste Depositories: Characterization via X-ray Diffraction, X-Ray Tomography and Quasielastic Neutron Scattering Fabiano Yokaichiya1, Eduardo Gurzoni2, Júlio T. Marumo2, Roberto Vicente2, Francisco Garcia-Moreno1, Paul H. Kamm3, Manuela Klaus1, Margarita Russina1, Gerrit Gunther1, Catalina Elena Jimenez1, and Margareth KKD Franco2 1HZB, Germany, 2IPEN, Brazil, 3TU Berlin, Germany ICNS 2017 | 155 TuP 129 Reflection Projection Measurements for Neutron Reflectivity Imaging of the Interface between Sulfuric Acid and Gold Thin Film Mari Mizusawa1,2, Kenji Sakurai1, Xiang XingSing1, Dai Yamazaki3, and Masayasu Takeda4 1NIMS, 2CROSS, 3J-PARC/JAEA, 4JAEA TuP 130 Cation Disordering by Rapid Crystal Growth in LiFePO4 and LiMnPO4 Nanocrystals Seungkyu Choi1, Sung-Yoon Chung1, and Seongsu Lee2 1KAIST, Korea, 2KAERI, Korea TuP 131 Surface-Orientation-Dependent Distribution of Subsurface Cation-Exchange Defects in LiFePO4 Nanocrystals Yoon Her1, Sung-Yoon Chung1, Tae-Hwan Kim2, and Seongsu Lee2 1KAIST, Korea, 2KAERI, Korea TuP 132 Size and Structure of Hydrothermally Synthesized Magnetic Spinel Ferrite Nanocrystallites Henrik L. Andersen, Cecilia Granados-Miralles, Matilde Saura-Muzquiz, Marian Stingaciu, Frederik M. Sondergaard-Pedersen, Jakob V. Ahlburg, and Mogens Christensen Aarhus Univ., Denmark TuP 133 Analysis of Local Structure of Deuterated Ti53Zr27Ni20 Alloys Sang-hwa Lee1, Ashfia Huq2, and Jaeyong Kim1,3 1HYU-HPSTAR-CIS High Pressure Research Center, Korea, 2ORNL, USA, 3Hanyang Univ., Korea TuP 134 Spin & Local Structure Studies of Electrode Material Seongsu Lee KAERI, Korea TuP 135 Carbon-based Nanomaterials for Supercapacitor: Neutron Reflectometry Studies JEONG HEESUNG1, KOO JASEUNG1, KIM JONGSOON2, CHOI JAEHAK3, and KIM HYERI4 1KAERI, Korea, 2Sejong Univ., Korea, 3Chungnam Nat'l Univ., Korea, 4Korea Univ., Korea 156 | July 9-13, 2017 | DCC, Daejeon, Korea W ednesday, July 12, 2017 10: Industrial Applications WeP1~WeP7 11: Sources and Instrumentations WeP8~WeP105 12: Sample Environment and Software WeP106~WeP123 14: Others WeP124~WeP129 ICNS 2017 | 157 * Complete abstracts are accessible on-line at [WeP] Poster Session 3 Wednesday, July 12, 2017 / 12:30-14:30 1F, Exhibition Hall WeP 1 Study of the Advanced Multi-Phases Steels by Neutron Scattering BAEK SEOK SEONG1,2, Sae’d Hashem Al Momani2,3, Mahmoud Yaseen Suaifan2,3, Eunjoo Shin1, Wan Chuck Woo1, and Shi-Hoon Choi4 1KAERI, Korea, 2UST, Korea, 3JRTR, Jordan, 4Sunchon Nat'l Univ., Korea WeP 2 Study on the Hydrogen Induced Cracking (HCI) of API-X80 Steels by Small Angle Neutron Scattering and Ultrasonic Testing Y. Baik1, M. R. Kim2, Yong Choi1, E. J. Shin3, B. S. Seung3, and Y.S. Han3 1Dankook Univ., Korea, 2MiCo Ltd., Korea, 3HANARO, KAERI, Korea WeP 3 Microstructure and Neutron Transmission Absorption Behavior of 0.02-0.32% Gd-Duplex Stainless Steels B. K. Kang1, Y. Baik1, Yong Choi1, B. M. Moon2, S. G. Bogdanov3, and A. N. Pirogov3 1Dankook Univ., Korea, 2KITECH, Korea, 3RAS, Russia WeP 4 D50: The Industrial Instrument at the ILL Jaime Segura1, Duncan Atkins1, Benjamin Giroud1, Alessandro Tengattini2, Edward Andò2, Cino Viggiani2, Robert Cubitt1 and Jerome Beaucour1 1ILL, France, 2CNRS, France WeP 5 Combined Neutron and X-Ray Reflectivity Characterization of Key Interfaces for the Microelectronics Industry Jaime Segura1, Philipp Gutfreund1, Anne Ponard2, Gregory Imbert2, Fabien Roze2, Olivier Gourhant2, François Bertin3, Marwan Tedjini3, Frank Fournel3, Robert Cubitt1, and Jerome Beaucour1 1ILL, France, 2STMicroelectronics. France, 3CEA, France ICNS 2017 | 159 WeP 6 Neutron Diffraction Analysis of Ultrasonic Wet-Magnetic Separated NixZn1-xFe2O4 Nano-powders Formed by Self-Propagating High Temperature Synthesis M. S. Gu1, Yong Choi1, and B.S. Seung2 1Dankook Univ., Korea, 2HANARO, Korea WeP 7 A Program for Supporting Small and Medium Sized Enterprises with Neutron Beam Instruments Sang Jin Cho KAERI, Korea WeP 8 The Upgraded D16 Cold-Neutron Diffractometer at the ILL Bruno Demé and Viviana Cristiglio ILL, France WeP 9 Performance Test on Neutron Polarization Analysis Capability of PELICAN -Time of Flight Cold Neutron Spectrometer Tim D'ADAM, Wai-Tung Lee1, Richard A Mole1, and Dehong Yu ANSTO, Australia WeP 10 Neutron Depth Profiling: Pushing a Method towards Fast, High Resolution Measurements Egor Vezhlev1, Alexander Ioffe1, Stefan Mattauch1, Jiri Vacik2, Ivo Tomandl2, and Thomas Brückel1 1JCNS at MLZ, Germany, 2Nuclear Physics Inst., Rez, Czech WeP 11 Coextensive Ultra-Small Angle Neutron Scattering (KIST-USANS) Instrument at HANARO Cold Neutron Guide, CG4B Man-Ho Kim KIST, Korea 160 | July 9-13, 2017 | DCC, Daejeon, Korea W eP 12 A Compact Photo-Neutron Source Driven by 15 MeV Electron Linac Xiaohe Wang, Jianlong Han, Xiangzhou Cai, Jingen Chen, Jifeng Hu, Hongwei Wang, Longxiang Liu, and Meng Zhang CAS, China WeP 13 SKADI - Highly Versatile SANS at ESS Sebastian Jaksch1, Henrich Frielinghaus1, Jacques Jestin2, Sylvain Désert2, and Romuald Hanslik3 1JCNS at MLZ, Germany, 2LLB, France, 3ZEA-1, Germany WeP 14 Advances in Neutron Reflectometry Techniques: Coherent Summing and Refractive Encoding Robert Cubitt, Thomas Saerbeck, Philipp Gutfreund, Campbell Richard, Barker Robert, and Jaime Segura ILL, France WeP 15 The Recent Progress and Application of Neutron Powder Diffractometer at CMRR Yuanhua Xia, Lei Xie, Xiping Chen, Leiming Fang, Guangai Sun, and Bo Chen Inst. of Nuclear Physics and Chemistry, China WeP 16 CAMEA - A Novel Multiplexing Analyzer for Neutron Spectroscopy Felix Groitl1,2, Dieter Graf 2, Jonas O. Birk2, Marton Marko2,3, Marek Bartkowiak2, Uwe Filges2, Raphael Muller2, Christof Niedermayer2, Christian Ruegg2,4, and Henrik M. Ronnow1,5 1EPFL, Switzerland, 2PSI, Switzerland, 3Wigner Research Centre for Physics, Hungary, 4Univ. of Geneva, Switzerland, 5Univ. of Copenhagen, Denmark WeP 17 Luminosity Class of Neutron Reflectometers Nikolay Pleshanov Kurchatov Inst., Russia ICNS 2017 | 161 WeP 18 Polarization Analysis on the LET Time-of-Flight Spectrometer Gøran Nilsen, Jan Kosata, Robert Bewley, Mark Devonport, and Ross Stewart ISIS, UK WeP 19 MARIA - The High-Intensity Polarized Neutron Reflectometer of JCNS Stefan Mattauch1, Alexandros Koutsioubas1, Sabine Puetter1, Amir Syed Mohd1, Earl Babcock1, Zahir Salhi1, Alexander Ioffe1, and Thomas Brückel2 1JCNS at MLZ, Germany, 2JCNS at MLZ and PGI, JARA-FIT, Germany WeP 20 Neutronics Analysis of Target, Moderators and Reflector Design Options for the ISIS TS-1 Project Goran Skoro, Steven Lilley, and Rob Bewley ISIS, UK WeP 21 Low Dimensional Thermal and Cold Finger Moderator for the High Brilliance Neutron Source Jülich Tobias Cronert1, Jan Philipp Dabruck2, Sarah Böhm2, Paul Zakalek1, Johannes Baggemann1, Paul Emmanuel Doege1, Marcel Klaus3, Yannick Beßler1, Ulrich Rücker1, Carsten Lange3, Eric Mauerhofer1, Thomas Gutberlet1, Michael Butzek1, Rahim Nabbi2, and Thomas Brückel1 1JCNS at MLZ. Germany, 2RWTH Aachen, Germany, 3TU Dresden, Germany WeP 22 The Elastic Scattering Spectroscopy (ESS): a New Neutron Spectroscopy for Dynamics of Complex (Bio-) System from Elastic Scattering Antonio Benedetto1,2 and Gordon J. Kearley3 1Univ. College Dublin, Ireland, 2PSI, Switzerland, 3UNSW Australia, Australia WeP 23 Search for New Gravity-Like Forces using Neutron Scattering Instruments and Possible Reductions of Systematic Uncertainties Yoshio Kamiya1, Koji Yamada1, Keita Itagaki1, Misato Tani1, Guinyun Kim2, Robert Cubitt3, Oliver Zimmer3, and Sachio Komamiya1 1Univ. of Tokyo, Japan, 2Kyungpook Nat'l Univ., Korea, 3ILL, France 162 | July 9-13, 2017 | DCC, Daejeon, Korea W eP 24 About the Versatility of the State-of-the-Art Usans Instrument Kookaburra Christine Rehm and Liliana de Campo ANSTO, Australia WeP 25 SPATZ: The Second Time-of-Flight Neutron Reflectometer at the OPAL Research Reactor Anton Le Brun, Stewart Pullen, Paris Constantine, James Spedding, David Roach, Andrew McGregor, John Affleck, and Jason Christoforidis ANSTO, Australia WeP 26 Quokka - 40 Metre Reactor based Monochromatic Small Angle Neutron Scattering Instrument Christopher J. Garvey1, Elliot P. Gilbert1, Jitendra Mata1, Kathleen Wood1, and Chun-Ming Wu2 1ANSTO, Australia, 2Nat'l Synchrotron Radiation Research Center, Taiwan WeP 27 The Neutron Guide System of the ODIN Imaging Beamline at ESS Manuel Morgano1, Michael Lerche2, Eberhard Lehmann1, and Markus Strobl3 1PSI, Switzerland, 2TU Munich, Germany, 3ESS, Sweden WeP 28 Dedicated Function Deriving Neutron Spectra of Beryllium Target Bombarded by Protons with Energy less than 12 MeV for Compact Sources Yasuo Wakabayashi1, Atsushi Taketani1, Yoshimasa Ikeda1, Takao Hashiguchi1, Tomohiro Kobayashi1, Sheng Wang2, Mingfei Yan2, Masahide Harada3, Yujiro Ikeda1,3, and Yoshie Otake1 1RIKEN, Japan, 2Jiaotong Univ., China, 3JAEA, Japan WeP 29 Recent Developments on the D7 Diffuse Scattering Spectrometer at the ILL Lucile Mangin-Thro1, Gøran Nilsen1,2, Katherine Brown1,3, Benjamin Giroud1, Wayne Clancy1, and Andrew Wildes1 1ILL, France, 2ISIS, UK, 3Univ. of Edinburgh, UK ICNS 2017 | 163 WeP 30 TOSCA Neutron Guide and its Effect on the Instrument Svemir Rudic1, Roberto S. Pinna1,2, Stewart F. Parker1, Jeff Armstrong1 , Matteo Zanetti1,2, Simon P. Waller1, Daniel Zacek1, Clive Smith1, Matthew Capstick1, David McPhail1, Daniel Pooley1, Gareth Howells1, Giuseppe Gorini2, and Felix Fernandez-Alonso1,3 1ISIS, UK, 2Univ. of Milano-Bicocca, Italy, 3 Univ. College London, UK WeP 31 Comprehensive Study of Proton and Deuteron Performances Used for Neutron Production in Compact Accelerator Based Neutron Sources Paul Zakalek1, Tobias Cronert1, Paul-Emmanuel Doege1, Johannes Baggemann1, Ulrich Rücker1, Thomas Gutberlet1, Yannick Beßler1, Michael Butzek1, Sarah Böhm2, Jan Philipp Dabruck2, Rahim Nabbi2, and Thomas Brückel1 1JCNS at MLZ, Germany, 2RWTH Aachen, Germany WeP 32 IN13+:New Perspectives for the High Resolution Thermal Backscattering CRG Spectrometer at ILL Francesca Natali1,2, Judith Peters2,3, Luc Didier2, and Andrew Dennison2,3 1CNR-IOM, Italy, 2ILLFrance, 3Univ. Grenoble Alpes, France WeP 33 Wide Angle Spin Analysis using Polarising Supermirrors Michael Schneider1, Peter Böni1, Uwe Filges2, Yusuke Nambu3, Masaki Fujita3, Tetsuya Yokoo4, Shinichi Itoh4, and Christian Schanzer1 1SwissNeutronics AG, Switzerland, 2PSI, Switzerland, 3Tohoku Univ., Japan, 4KEK, Japan WeP 34 Round Robin Sample for Neutron Reflectometry Andrew Nelson1, Joseph Dura2, Charles Majkrzak2, and Robert Newby2 1ANSTO, Australia, 2NIST, USA WeP 35 T-REX: A Bispectral Chopper Spectrometer at the European Spallation Source Nicolò Violini1, Thomas Brückel1, Jörg Voigt1, Andrea Orecchini2,3, Alessandro Paciaroni3, Marco Zanatta3, and Francesco Sacchetti3 1JCNS at MLZ, Germany, 2Consiglio Nazionale Delle Ricerche, Italy, 3Università degli Studi di Perugia, Italy 164 | July 9-13, 2017 | DCC, Daejeon, Korea W eP 36 TOF-MIEZE Experiments with BL06 VIN ROSE at J-PARC Materials and Life Science Experimental Facility Hitoshi Endo1, Tatsuro Oda2, and Masahiro Hino2 1KEK & J-PARC, Japan, 2Kyoto Univ., Japan WeP 37 Small-Angle Neutron Scattering Machine with Polarized Option for PIK Reactor Ivan Shishkin1, Evgeniy Moskvin1, Helmut Eckerlebe2, and Sergey Grigoriev1 1PNPI, Russia, 2HZG, Germany WeP 38 Small-Angle Neutron Scattering Machine with Polarized Option for PIK Reactor Ivan Shishkin1, Evgeniy Moskvin1, Helmut Eckerlebe2, and Sergey Grigoriev1 1PNPI, Russia, 2HZG, Germany WeP 39 Multiple Bragg Reflections (MBR) of Neutrons Accompanying a Strong Allowed Reflection of Bent Perfect Crystal (BPC) at a Constant Neutron Wavelength Pavol Mikula1, Miroslav Vrána1, Jan Saroun1, Baek-Seok Seong2, Wanchuck Woo2, and Chang-Hee Lee2 1Nuclear Physics Institute ASCR, v.v.i. Rez, Czech, 2KAERI, Korea WeP 40 New Type of Dispersive Sandwich Type Neutron Monochromator for High Resolution Diffractometry/Spectrometry at a Steady State Neutron Source Pavol Mikula1, Miroslav Vrána1, Jan Saroun1, Baek-Seok Seong2, Wanchuck Woo2, and Vyacheslav Em3 1Nuclear Physics Institute ASCR, v.v.i. Rez, Czech, 2KAERI, Korea, 3Kurchatov Institute, Russia WeP 41 Mirror based Neutron Beam Deflectors for Neutron Scattering Instrument Applications Charles Dewhurst ILL, France ICNS 2017 | 165 WeP 42 Recent Developments of the Solid-State Neutron Detector (SoNDe) Project Sebastian Jaksch JCNS at MLZ, Germany WeP 43 KWS-1 High-Resolution Small-Angle Neutron Scattering Instrument Artem Feoktystov, Henrich Frielinghaus, Marie-Sousai Appavou, Vitaliy Pipich, Earl Babcock, Zahir Salhi, Romuald Hanslik, Ralf Engels, Günter Kemmerling, Georg Brandl, Harald Kleines, Alexander Ioffe, Dieter Richter, and Thomas Brückel JCNS, Germany WeP 44 The General Purpose Powder Diffractometer at CSNS Jie Chen1, Le Kang1, Huaile Lu1, Ping Luo1, and Lunhua He2 1Inst. of High Energy Physics, China, 2Inst. of Physics, China WeP 45 Using Wave Field Enhancement to Enable Inelastic Scattering Studies of Hydrogen Diffusion in Thin Films Max Wolff1, Franz Adlmann1, Joe Dura2, Anton Devishvili3, Gunnar Palsson1, and Boris Toperverg4 1Uppsala Univ., Sweden, 2NCNR, NIST, USA, 3Lund Univ., Sweden, 4Bochum Univ., Germany WeP 46 Simulations of Neutron Scattering Data for the Engineering Diffractometer BEER at ESS Jan Saroun1, P?emysl Beran1, Jochen Fenske2, Mustapha Rouijaa2, and Gregor Nowak2 1CAS, Czech, 2HZG, Germany WeP 47 Reinstallation of the Thermal Neutron Triple-Axis Spectrometer at HANARO Byoungil Jeon and Baek-Seok Seong KAERI, Korea 166 | July 9-13, 2017 | DCC, Daejeon, Korea W eP 48 Polarized Neutron Reflectometry Carried out at the Time-of-Flight Neutron Reflectometer REFSANS using a 3He Spin Filter Wolfgang Kreuzpaintner1, Sergey Masalovich1, Jean-Francois Moulin2, Birgit Wiedemann1, Jingfan Ye1, Sina Mayr1, Amitesh Paul1, Martin Haese3, Matthias Pomm2, and Peter Böni1 1TU Munich, Germany, 2HZG, Germany WeP 49 Recent Upgrades for the New Small-Angle Neutron Scattering Instrument SANS-1 at MLZ Andre Heinemann1, Sebastian Muehlbauer2, Sebastian Busch1, Andreas Wilhelm2, and Lukas Karge2 1HZG, Germany, 2FRM II, Germany WeP 50 EMU, the Backscattering Spectrometer at the Australian Centre for Neutron Scattering Gail Iles, Nicolas de Souza, and Alice Klapproth ANSTO, Australia WeP 51 Small Angle and Inelastic Scattering Investigation of Nanodiamonds John Osborn, Tunay Ersez, and Weijian Lu ANSTO, Australia WeP 52 PELICAN, the Time-of-Flight Spectrometer at the Australian Centre for Neutron Scattering Gail Iles, Richard Mole, and Dehong Yu ANSTO, Australia WeP 53 Neutron Scattering Installation for In Situ High Pressure Studies Serg Axenov1, Ravil Sadykov1, Dmitriy Trunov1, Viktor Marin1, Vasiliy Litvin1,2, Evgeniy Clementyev1,3, Andrey Alekseev1, July Lebed1, and Pavel Alekseev4 1RAS, Russia, 2State Univ., Russia, 3Immanuel Kant Baltic Federal Univ., Russia, 4Kurchatov Inst., Russia ICNS 2017 | 167 WeP 54 Time-of-Flight Direct Geometry Spectrometer 4SEASONS at J-PARC Ryoichi Kajimoto1, Mitsutaka Nakamura1, Kazuya Kamazawa2, Yasuhiro Inamura1, Kazuhiko Ikeuchi2, Kazuki Iida2, Motoyuki Ishikado2, and Naoki Murai1 1J-PARC, Japan, 2CROSS, Japan WeP 55 The Cold-Neutron Triple-Axis Spectrometer SIKA at OPAL Guochu Deng1, Shinichiro Yano2, Chun-Ming Wu2, Jen-Chih Peng2, Eno Imamovic3, Peter Vorderwisch3, Wen-Hsien Li3, and Jason S. Gardner2 1ANSTO, Australia, 2Nat'l Synchrotron Radiation Research Center, Taiwan, 3Nat'l Central Univ., Taiwan WeP 56 An-Ultra Compact In-Situ 3He Polarizer for High Q-Range SANS Zahir Salhi, Earl Babcock, Kendal Bingöl, Aurel Radulescu, and Alexander Ioffe JCNS, Germany WeP 57 D10+ : A New 4-Circle, Triple Axis Spectrometer of the ILL Endurance Program Bachir Ouladdiaf1, Navid Qureshi1, John Allibon1, John Archer1, Philippe Decarpentrie1, and Laurent Chapon2 1ILL, France, 2Diamond, UK WeP 58 Study of Magnetic and Quantum Phenomena at Heinz Maier-Leibnitz Zentrum (MLZ), Garching, Germany Petr Čermák1, Sultan Demirdiş1, Artem Feoktystov1, Christian Franz2, Zhendong Fu1, Robert Georgii2, Thomas Keller3,4, Stefan Mattauch1, Sebastian Mühlbauer2, Kirill Nemkovski1, Jitae T. Park2, Sabine Pütter1, Astrid Schneidewind1, Markos Skoulatos2, Amir Syed Mohd1, Oleg Sobolev2,5, and Yixi Su1 1JCNS, Germany, 2TU München, Germany, 3Max-Planck-Institut für Festkörperforschung, Stuttgart, Germany, 4Max Planck Society Outstation at MLZ, Garching, Germany, 5Georg-August-Univ., Göttingen, Germany 168 | July 9-13, 2017 | DCC, Daejeon, Korea W eP 59 Redesign and Fabrication of the Monochromator Shielding of the Cold Neutron Triple-Axis Spectrometer at HANARO Ji-myung Ryu, J. M. Sungil Park, and Baek Seok Seong KAERI, Korea WeP 60 Current Status of AMATERAS - A Cold-Neutron Disk-Chopper Spectrometer - Kenji Nakajima, Seiko Ohira-Kawamura, Tatsuya Kikuchi, Maiko Kofu, Yasuhiro Inamura, Kazuhiko Aoyama, and Daisuke Wakai J-PARC, Japan WeP 61 Performances of Oscillating Radial Collimator for the Fermi Chopper Spectrometer 4 SEASONS at J-PARC Mitsutaka Nakamura1, Wataru Kambara1, Ryoichi Kajimoto1, Kazuya Kamazawa2, Kazuhiko Ikeuchi2, Kazuki Iida2, Motoyuki Ishikado2, and Kazuhiro Aoyama1 1J-PARC, Japan, 2CROSS, Japan WeP 62 FIREPOD - the Fine Resolution Powder Diffractometer @ Berlin Research Reactor BER II Alexandra Franz1, Andreas Hoser1, and Susan Schorr1,2 1HZB, Germany, 2Freie Univ., Germany WeP 63 FALCON - A Laue Diffractometer for Ambient and Non-Ambient Neutron Structural Analysis Michael Tovar1, Dirk Wallacher1, Katharina Fritsch1, Klaus Habicht1, Hans-Jürgen Bleif1, Susan Schorr1,2, and Alexander Franz1 1HZB, Germany, 2Freie Univ. Berlin, Germany WeP 64 Experimental Setup for Investigation on Magnetic Thin Layers by In-Situ Neutron Reflectometry Jingfan Ye1, Wolfgang Kreuzpaintner1, Birgit Wiedemann1, Sina Mayr1, Andreas Schmehl2, Thomas Mairoser2, Alexander Herrnberger2, Jean-François Moulin3, Jochen Stahn4, Panos Korelis4, Martin Haese3, Matthias Pomm3, Amitesh Paul1, Peter Böni1, and Jochen 1TU Munich, Germany, 2Univ. of Augsburg, Germany, 3HZG, Germany, 4PSI, Switzerland, 5Max-Planck-Inst. for Solid State Research, Germany ICNS 2017 | 169 WeP 65 Upgrade of the MARI Spectrometer at ISIS M. D. Le, T. Guidi, S. P. Waller, D. Zacek, J. R. Stewart, and R. I. Bewley ISIS, UK WeP 66 Development of the Three-Axis Spectrometer IN8 at ILL Alexandre IVANOV and Andrea PIOVANO ILL, France WeP 67 A Study on Stress-Strain Relationship of the Constituent Phases in Lightweight Duplex Steel (LW-DS) using Crystal Plasticity Finite Element Method Eun-Young Kim1, Wan-Chuck Woo2, Dong-Kyu Kim2, and Shi-Hoon Choi1 1Sunchon Nat'l Univ., Korea, 2KAERI, Korea WeP 68 Simulation of Coherent Inelastic Neutron Scattering in McStas Henrik H. Carlsen and Kim Lefmann Univ. of Copenhagen, Denmark WeP 69 Single Crystal Diffraction Studies with Hot Neutrons on HEIDI/MLZ Martin Meven1,2, Andrew Sazonov1,2, and Georg Roth1 1RWTH Aachen Univ., Germany, 2JCNS at MLZ, Germany WeP 70 Powder Diffraction at the Australian Centre for Neutron Scattering: Recent Results and Capabilities Vanessa Peterson, Andrew Studer, Helen Maynard-Casely, James Hester, Max Avdeev, and Chin-Wei Wang ACNS, Australia WeP 71 Neutron Scattering Instruments of the MLF Spectroscopy Group at J-PARC Ryoichi Kajimoto1, Tetsuya Yokoo2, Mitsutaka Nakamura1, Kaoru Shibata1, Yukinobu Kawakita1, Masato Matsuura3, Hitoshi Endo2, Hideki Seto2, Shinichi Itoh2, Kenji Nakajima1, and Seiko Ohira-Kawamura1 1JAEA, Japan, 2KEK, Japan, 3CROSS, Japan 170 | July 9-13, 2017 | DCC, Daejeon, Korea W eP 72 Advancing the Reflectometry Cause at ANSTO - Updates and Upgrades to the Time-of-Flight Platypus Neutron Reflectometer Andrew Nelson, Stephen Holt, Frank Darmann, and Frank Klose ANSTO, Australia WeP 73 Progress of High Resolution Powder Diffractometer in China Advanced Research Reactor Xiaobai Ma, Wenze Han, Xinzhi Liu, Hao Guo, Gengfang Tian, Zhouxiang Yu, Liqi Wu, Kai Sun, Yuntao Liu, and Dongfeng Chen CIAE, China WeP 74 Data Reduction and Instrumentation towards Accurate Absolute Intensity for the TOF-SANS Instrument (iANS) at the Compact Accelerator Driven Neutron Source at Hokkaido University Toshinori Ishida, Masato Ohnuma, and Michihiro Furusaka Hokkaido Univ., Japan WeP 75 The High Wavelength-Resolution Bragg-Edge Transmission Imaging Instrument at Hokkaido University Neutron Source with a Supermirror Guide-Tube Coupled to a Decoupled Moderator at Ambient Temperature Hirotaka Sato, Tsukasa Sasaki, Shogo Ito, Takashi Kamiyama, and Michihiro Furusaka Hokkaido Univ., Japan WeP 76 Evaluation of HOPG Mounting Possibilities for Multiplexing Spectrometers Felix Groitl1,2, Marek Bartkowiak2, Ryan M. Bergmann2, Jonas O. Birk2,3, Marton Markó4, Alex Bollhalder2, Dieter Graf2, Christof Niedermayer2, Christian Rüegg2,5, and Henrik M. Ronnow1,3 1EPFL, Switzerland, 2PSI, Switzerland, 3Univ. of Copenhagen, Denmark, 4Wigner Research Centre for Physics, Hungary, 5Univ. of Geneva, Switzerland WeP 77 Direct Bonded HOPG - Silicon Analyzer Support without Background Source Felix Groitl1,2, Hidetoshi Kitaura3, Naomi Nishiki3, and Henrik M. Ronnow1,4 1EPFL, Switzerland, 2PSI, Switzerland, 3Panasonic Corporation, Japan, 4Univ. of Copenhagen, Denmark ICNS 2017 | 171 WeP 78 Design and Optimization of the Time-of-Flight Prompt Gamma Activation Analysis System at CONAS based on Simulation Codes SY MINH TUAN HOANG, GWANG MIN SUN, JISEOK KIM, HAN RIM LEE, and HANI BAEK KAERI, Korea WeP 79 Study of Gravity Effect on Neutron Spatial Distribution in Cold Neutron Guide by HANARO Research Reactor Jiseok Kim1, Chewook Yim2, Hanrim Lee1, Sy Minh Tuan Hoang1, and Jiseung Yoon1 1KAERI, Korea, 2Hanyang Univ., Korea WeP 80 An Optional Focusing SELENE Extension to Conventional Neutron Guides: A Case Study for the ESS Instrument BIFROST Ursula Hansen1, Mads Bertelsen1, Jochen Stahn2, and Kim Lefmann1 1Univ. of Copenhagen, Denmark, 2PSI, Switzerland WeP 81 Design Specification for the European Spallation Source Neutron Generating Target Element Adrian Aguilar1, Fernando Sordo1,2, Tomas Mora1, Luis Mena1,2, Maite Mancisidor1, Jorge Aguilar1, Gorka Bakedano1, Iñigo Herranz1, Paula Luna1, Miguel Magan1,2, Raul Vivanco1,2, Felix J Villacorta1, Kristoffer Sjogreen3, Ulf Oden3, Jose Manuel Perlado2, Jose Luis Martinez1, and F Javier Bermejo4 1ESS-BILBAO, Spain, 2Instituto de Fusion Nuclear, Spain, 3ESS ERIC, Sweden, 4Instituto de Estructura de la Materia, Spain WeP 82 OffSpec - the Spin Echo Enabled Reflectometer at ISIS Target Station 2 Nina-Juliane Steinke and Jos Cooper ISIS, UK WeP 83 Controlling Divergence as Function of Wavelength at Pulsed Sources Jonas Okkels Birk Univ. of Copenhagen, Denmark 172 | July 9-13, 2017 | DCC, Daejeon, Korea W eP 84 MPISI: The Neutron Strain Scanner Materials Probe for Internal Strain Investigations at the SAFARI-1 Research Reactor Andrew Venter, Rudolph van Heerden, Deon Marais, Christo Raaths, Zeldah Sentsho, and Tshepo Ntsoane Necsa SOC Limited, South Africa WeP 85 Design Study of a Neutron Beam Line for Imaging at the Electron Linac Driven Neutron Source at Kyoto University Research Reactor Institute Yoshiaki Kiyanagi1, Yoshiyuki Takahashi2, Akira Uritani1, Kenichi Watanabe1, Tadafumi Sano2, Jun-ichi Hori2, and Ken Nakajima2 1Nagoya Univ., Japan, 2Kyoto Univ., Japan WeP 86 Cost-Optimizing Geometry and Coating for Long ESS Guides Martin Olsen1, Jonas O. Birk1, Sonja L. Holm1,2, Mads Bertelsen1, and Kim Lefmann1 1Univ. of Copenhagen, Denmark, 2Univ. of Aarhus, Denmark WeP 87 PITSI: The Neutron Powder Diffractometer for Transition in Structure Investigations at the SAFARI-1 Research Reactor Andrew Venter, Rudolph van Heerden, Deon Marais, Christo Raaths, Zeldah Sentsho, and Tshepo Ntsoane Necsa SOC Limited, South Africa WeP 88 Neutron Powder Diffraction Option ERWIN at Beamport 8b at MLZ Alexander Schoekel1,2, Martin Johann Mühlbauer1,2,3, Anatoliy Senyshyn2, Björn Pedersen2, Michael Knapp1,3, and Helmut Ehrenberg1,3 1KIT, Germany, 2TU Munich, Germany, 3HIU, Germany WeP 89 Monte-Carlo Simulations for NSE and SESANS Instruments at the PIK Reactor Konstantin Pavlov1,2, Petr Konik1,2, Ekaterina Ruvinskaya1,2, Vladimir Zabenkin1, Leonid Axelrod1, Sergey Grigoriev1,2, and Evgeny Moskvin1,2 1PNPI NRC KI, Russia, 2Saint Petersburg State Univ., Russia ICNS 2017 | 173 WeP 90 The Conceptual Design of a New HRPD at JRTR Saed Almomani1,2,3, O. Nusair3, and Seok Baek Seong1,2 1UST, Korea, 2KAERI, Korea, 3JAEC, Jordan WeP 91 Current Status of Vertical-Type Neutron Reflectometer (CN-REF V) at HANARO Jeong Soo Lee, June Hyuk Lee, and Jaseung Koo KAERI, Korea WeP 92 Instrumentation for Polarized Neutron Reflectometer G-TS in HANARO June Hyuk Lee and Ki-Yeon Kim KAERI, Korea WeP 93 Thermal Single Crystal Diffractometer at IR-8. Natalia Isakova, Kalyukanov Andrey, Miron Nikolay, and Em Vyacheslav Kurchatov Institute, Russia WeP 94 ZOOM Small-Angle Neutron Scattering Instrument at ISIS Pulsed Neutron and Muon Source James Doutch1, Richard K. Heenan1, Ann E. Terry1,2, and Diego Alba Venero1 1ISIS, UK, 2MAX IV, Denmark WeP 95 Neutron Beam Instrumentation Overview of the Jordan Research and Training Reactor (JRTR) Mahmoud Suaifan1,2,3, Saed Almomani1,2,3, Omar Nusair3, and Baek-Seok Seong1,2 1UST, Korea, 2KAERI, Korea, 3JAEC, Jordan WeP 96 Polarized neutron Reflectometer with Horizontal Scattering Geometry for PIK Reactor Vladislav Tarnavich1, Vasiliy Matveev1, Evgeniy Moskvin1,2, Vladislav Syromyatnikov1,2, Petr Konik1,2, Vladimir Ulyanov1, Ursula Tietze3, Helmut Eckerlebe3, and Sergey Grigoriev1,2 1Kurchatov Institute, Russia, 2Saint-Petersburg State Univ., Russia, 3HZG, Germany 174 | July 9-13, 2017 | DCC, Daejeon, Korea W eP 97 Installation of a High-Resolution Potion Sensitive Scintillation Detector in the Small and Wide Angle Neutron Scattering Instrument (TAIKAN), MLF, J-PARC Hiroki Iwase1, Shin-ichi Takata2, Toshiaki Morikawa1, Masaki Katagiri3, Atsushi Birumachi2, and Jun-ichi Suzuki1 1CROSS, Japan, 2JAEA, Japan, 3Ibaraki Univ., Japan WeP 98 Preliminary Results of Small Angle Neutron Scattering Experiments of Kyoto University Accelerator-Driven Neutron Source Seiji Tasaki, Hiroki Matsumoto, and Yutaka Abe Kyoto Univ., Japan WeP 99 A Novel Data Reduction Procedure for Small-Angle Neutron Scattering Data Measured with 3He Tube Detectors Lukas Karge1, Ralph Gilles1, and Sebastian Busch2 1MLZ, Germany, 2HZG, Germany WeP 100 Current Status of the Cold Neutron Triple-Axis Spectrometer at HANARO and Neutron Ray Tracing Results J. M. Sungil Park, Ji-Myung Ryu, and Baek-Seok Seong KAERI, Korea WeP 101 Utilization of the Neutron Sources of KOMAC Kye-Ryung Kim, Yong-Seok Hwang, Hyeok-Jung Kwon, and Yong-Sub Cho KAERI, Korea WeP 102 BATAN’s Four Circle Diffractometer / Texture Diffractometer: Progresses and Researches Muzakkiy Putra Muhammad Akhir and Tri Hardi Priyanto Nat'l Nuclear Energy Agency (BATAN), Indonesia ICNS 2017 | 175 WeP 103 Overview of Neutron Diffraction at Thai Research Reactor (TRR-1/M1) Jatechan Channuie Thailand Inst. of Nuclear Tech., Thailand WeP 104 Capability of High Resolution Diffraction and Phononlifetime Measurements at Oak Ridge National Laboratory Fankang Li1, Alexander N. Thaler1, Hao Feng2, Steven R. Parnell3, Lowell Crow1, Thomas Keller4, Masaaki Matsuda1, Jaime A. Fernandez-Baca1, and Roger Pynn1,2 1ORNL, USA, 2Indiana Univ., USA, 3Delft Univ. of Tech., Netherlands, 4Max-Planck-Institut für Festkörperforschung, Germany WeP 105 Development of a Fiber Multi-Layer ZnS/LiF Position Sensitive (FMZP) Neutron Detector System Setsuo Satoh KEK, Japan WeP 106 High Pressure Clamp Cells for Neutron Scattering at LT and Magnetic Fields (10T) Ravil Sadykov RAS, Russia WeP 107 Ground-up Redesign of the Solid-Liquid Sample Environment for Neutron Reflectometry Rob Barker1,2,3 and Simon Wood3 1Univ. of Kent, UK, 2Univ. of Dundee, UK, 3ILL, France WeP 108 Data Reduction For Time-of-Flight Small Angle Neutron Scattering with Virtual Neutron Experiment Rong Du, Haolai Tian, and Junrong Zhang CSNS, China 176 | July 9-13, 2017 | DCC, Daejeon, Korea W eP 109 Status of ESS Science Support Systems - Part A: Sample Environment Arno Hiess ESS ERIC, Sweden WeP 110 Status of ESS Science Support Systems - Part B: Laboratories Arno Hiess ESS ERIC, Sweden WeP 111 The Development of Online Analysis Software of Multi-Reflectometer(MR) at CSNS Lili Yan, J. R. Zhang, H. L. Tian, M. Tang, and R. Du Inst. of Physics, China WeP 112 In-Situ Electric Field Studies of Electro-responsive Polymers using Neutron Reflectometry Jim Browning1, Jason Dugger1, Mingtao Chen2, Timothy Long2, Rajeev Kumar1, and Bradley Lokitz1 1ORNL, USA, 2Virginia Tech, USA WeP 113 Takin: A Visual Experiment Planning Software for Neutron Triple-Axis Spectrometers Tobias Weber1,2, Robert Georgii2, and Peter Böni1 1TU Munich, Germany, 2JCNS at MLZ, Germany WeP 114 Z-MEM, Maximum Entropy Method Software for Electron/Nuclear Density Distribution in Z-Code Yoshihisa Ishikawa1, Junrong Zhang2, Ryoji Kiyanagi3, Masao Yonemura1,4, Takeshi Matsukawa5, Akihiro Hoshikawa5, Toru Ishigaki5, Shuki Torii1, Ryoko Tomiyasu6, and Takashi Kamiyama1,4 1Inst. of Materials Structure Sci., Japan, 2CSNS, China, 3J-PARC Center, Japan, 4The Graduate Univ. for Advanced Studies, Japan, 5Ibaraki Univ., Japan, 6Yamagata Univ., Japa ICNS 2017 | 177 WeP 115 Experiment Planning, Simulation and Fitting of GISAS Data using Born Again Framework Jan Burle1, Jonathan Fisher1, Marina Ganeva1, Emmanuel Kentzinger1,2, Gennady Pospelov1, Walter Van Herck1, and Joachim Wuttke1 1JCNS at MLZ, Germany, 2PGI, Germany WeP 116 Proof-of-Concept for Real-Time Data Analysis at the European Spallation Source for Powder Diffraction and Small Angle Neutron Scattering Celine Durniak, Torben Nielsen, and Thomas Rod ESS ERIC, Denmark WeP 117 Validation of the McStas-MCNPX Interface Features in Calculation of Shielding and Gamma/Neutron Backgrounds SY MINH TUAN HOANG, GWANG MIN SUN, JISEOK KIM, HAN RIM LEE, and HANI BAEK KAERI, Korea WeP 118 Efficient Data Collection using the Multiple Single Crystals Method at SENJU Akiko Nakao1, Takashi Ohhara2, Moyoshi Takayasu1, Takayasu Hanashima1, Ryoji Kiyanagi2, and Koji Munakata1 1CROSS, Japan, 2JAEA, Japan WeP 119 Software Development for DC-TOF Ji-Yong So KAERI, Korea WeP 120 Non-Magnetic Goniometer for Dilution Refrigerators Marek Bartkowiak and Ruchika Yadav PSI, Switzerland 178 | July 9-13, 2017 | DCC, Daejeon, Korea W eP 121 A Furnace Insert for Cryomagnets Marek Bartkowiak and Jonathan S. White PSI, Switzerland WeP 122 The Esmeralda Suite for Laue Diffraction Data Treatment Luis Fuentes-Montero1, Petr Cermak2, Juan Rodriguez-Carvajal3, Bachir Ouladdiaf3, and Alain FILHOL3 1Diamond Facility, Chilton Ditcot, UK, 2FRM II, Germany, 3ILL, France WeP 123 The FullProf Suite for Laue Diffraction Data Treatment Juan Rodriguez-Carvajal1, Alain FILHOL1, and Aleksei Bytchkov2 1ILL, France, 2ESRF, France WeP 124 Swedish Neutron Education for Science & Society: SwedNess Martin Månsson1 and Kristina Edström2 1KTH Royal Inst. of Tech., Sweden, 2Uppsala Univ., Sweden WeP 125 Magnetic Properties of LaSrCoO Alloys Joonyoung Won, Thi Lan Anh Nguyen, Jaeyong Kim Hanyang Univ., Korea WeP 126 Phase Behavior of Poly(2-vinyl pyridine)-block-poly(4-vinyl pyridine) copolymer with Gold Nanoparticles LEE JAEYONG, Sung Hyun Han, Jongheon Kwak, Chungryong Choi, and Jin Kon Kim POSTECH, Korea WeP 127 Highly Asymmetric Gyroid Structures in Block Copolymer Blends Seonghyeon Ahn, Jongheon Kwak, Chungryong Choi, and Jin Kon Kim POSTECH, Korea ICNS 2017 | 179 WeP 128 Development of He-3 Based Neutron Optics Technology for a Reflectometer at HANARO Sungman Lee, Kwang-Hoon Ko, June Hyuk Lee, Ki Yeon Kim, Myung Kook Moon, Sang Jin Cho, and Chang-Hee Lee KAERI, Korea 180 | July 9-13, 2017 | DCC, Daejeon, Korea Exhibition * Complete abstracts are accessible on-line at E xhibition Information No. Company Booth Booth No. No. Company No. 1 ORNL 2 16 KAERI A 2 INSTITUT LAUE LANGEVIN (ILL) 3 17 SwissNeutronics AG B 3 European Spallation Source 4 18 OXFORD INSTRUMENTS C 4 JAPAN RESEARCH REACTOR 3 5 19 Quantum Design Korea D 5 ISIS (STFC) 6 20 Panasonic E 6 IBR-2@FLNP_JINR 7 21 J-PARC MLF F 7 ISSP-NSL U-TOKYO 8 22 Airbus Defence and Space GmbH G 8 NRC "Kurchatov Institute" - PNPI 9 23 JJ X-RAY H 9 Springer Nature 10 24 Malvern PANalytical I 10 Zurich Instruments 11 25 S-DH J 11 ASK CORPORATION 12 26 Neutrons for Science in Germany K 12 Leybold Korea Ltd. 13 27 MIRROTRON LTD. L 13 TAIYO KOKO Co., LTD. 14 28 HTS-110 (KOREA ITS) M 14 YOUNGINST&GE-RS 15 29 Huber Diffraktionstechnik GmbH & Co. KG N 15 Edwards Korea Ltd. 16 30 R-DEC/KASHIYAMA O ICNS 2017 | 183 Exhibition Directory [Booth # 3] INSTITUT LAUE LANGEVIN The Institut Laue Langevin (ILL) is an international research centre at the leading edge of neutron science and technology. It operates the most intense continuous neutron source in the world, feeding neutrons to a suite of 40 high-performance instruments that are constantly upgraded. As a service institute, the ILL makes its facilities and expertise available to visiting scientists. Every year, about 2000 researchers from more than 30 countries visit the ILL. Research focuses primarily on fundamental science in a variety of fields, including condensed matter physics, chemistry, biology, materials science, engineering, nuclear physics and particle physics. Exhibition Materials - Two transportable fold-up stands, documentation to be distributed and some gifts (pens, badges, usb). Contact - VirginieGuerard - 71 avenue des Martyrs 38000 Grenoble ,FRANCE - Tel: +33 (0)6 87 07 85 81, Fax: + 33 (0)4 76 48 39 06 / Email: guerardv@ill.fr - Website: www.ill.eu [Booth # 4] European Spallation Source The European Spallation Source is a partnership of European Nations committed to the goal of collectively building and operating the world’s leading facility for research using neutrons by the end of the decade. Contact - Roger Eriksson - Box 176, 221 00 Lund, Sweden - Tel: +468883000 / Email: roger.eriksson@esss.se - Website: europeanspallationsource.se 184 | July 9-13, 2017 | DCC, Daejeon, Korea [ Booth #5] Japan Research Reactor - 3 (JRR-3 Users Office) JRR-3 is a 20MW reactor utilized for various neutron beam experiments and neutron irradiation. For beam experiments, 16 instruments owned by JAEA and 15 instruments constructed by outside JAEA are installed. These are used for structural determination of crystals, dynamical studies of materials, radiography, residual stress measurements, prompt gamma-ray analysis, etc. Exhibition Materials - Posters Contact - Dr. Hideaki Matsue - 2-4 Shirakata, Tokai-mura, Naka-gun, Ibaraki-ken 319-1195, Japan - Tel: +81-29-282-6098 Fax: +81-29-282-6763 Email: jrr3-uoffice@jaea.go.jp - Website: http://jrr3uo.jaea.go.jp/jrr3uoe/index.htm [Booth #7] Frank Laboratory of Neutron Physics Joint Institute for Nuclear Research Frank Laboratory of Neutron Physiscs is one of the laboratories of the Joint Institute for Nuclear Research (Dubna, Russia) that investigates the neutron as an elementary particle using various instruments, and employs the neutron as an instrument to investigate the structure and dynamics of condensed matter, including crystals and nanosystems, functional materials, complex liquids and polymers, rocks, etc. so that our findings could find application in molecular biology and pharmacology, engineering diagnostics and in other fields of science and technology. Contact - V. N. Shvetsov - Joliot-Curie str. 6, Dubna, Moscow reg., Russia, 141980 - Tel: +7 49621 65657 Fax: +7 49621 65085 / Email: shv(at)nf.jinr.ru - Website: http://flnp.jinr.ru/ ICNS 2017 | 185 [Booth #9] NRC "Kurchatov Institute"- PNPI Konstantinov Petersburg Nuclear Physics Institute of National Research Center "Kurchatov Institute" (NRC "Kurchatov Institute" - PNPI) is a multidisciplinary research center located in Gatchina, Russia (near St. Petersburg). It conducts fundamental and applied research in neutron scattering for condensed matter physics, molecular biophysics, nuclear physics as well as particle and high-energy physics. The start of the nuclear research reactor PIK with the thermal power 100 MW is scheduled for 2018. Exhibition Materials - Booklet “NRC “Kurchatov Institute” - PNPI” (8 pages, 100 items) - Souvenir "Matryoshka" - 15 items. - Souvenir Matryoshka-key ring (200 items) - Postcards (300 items.) - Banner (1 item.) Contact - Sergey Grigoriev - 1, mkr. Orlova roshcha, Gatchina, Leningradskaya oblast, 188300, Russia - Tel: +7(813-71) 46025, +7(813-71) 46047 Fax: +7(813-71) 46047, +7(813-71) 36025 Email: dir@pnpi.nrcki.ru - Website: http://www.pnpi.spb.ru/index.html.en [Booth #10] SpringerNature SpringerNature is a world leading research, educational and professional publisher dedi- cated to providing the best possible service to the whole research community. We help authors to share their discoveries; enable researchers to find, access and understand the work of others and support librarians and institutions with innovations in technology and data. Exhibition Materials - Books Contact - Annie Kang - Room #204, 56 Waoosan-ro, Mapo-gu, 121-707, Seoul - Tel: 02-3143-3545 Fax: 02-3142-5768 / Email: Annie.kang@springernature.com - Website: www.springernature.com 186 | July 9-13, 2017 | DCC, Daejeon, Korea [ Booth #11] NUBiCOM(ZI) Zurich Instruments is a test and measurement company based in Zurich, Switzerland, developing and selling measurement instruments and delivering customer support in key markets around the world, either directly or with carefully selected partners. We are a growing, independent and founder-led company. Nubicom is the sales distributor for Zurich Instruments in S. Korea. Exhibition Materials - Lock-in Amplifiers, AWGs, PLLs, Boxcar Averagers, Digitizers and more up to 600 MHz Contact - Sang-moon Nam - Rm#203, Daedeuk Tech-Biz Center, 593, Daedeok-daero, Yuseong-gu, Daejeon, Korea - Tel: 82-70-7872-0712 Fax: 82-42-863-2023 / Email: smnam@nubicom.co.kr - Website: www.nubicom.co.kr www.zhinst.com [Booth #12] ASK CORPORATION We are specialized in the field of Cryogenic, Magnetics and Vacuum in universities, governmental R&D institutes, industrial laboratories and others. Exhibition Materials - Cryogenic Equipment, Nano Positioner at Low temperature Contact - Hong-Kil, Kim - RM.#1101, Anyang Trade Center, #161, Simindae-ro, Dongan-ku, Anyang-City, Kyunggi-do 14048, Republic of Korea - Tel: 82-31-451-5600 Fax: 82-451-5605 / Email: ask@aqskcorp.co.kr - Website: www.askcorp.co.kr ICNS 2017 | 187 [Booth #13] LEYBOLD KOREA As a pioneer of vacuum technology, Leybold offers a wide range of vacuum components, standardized and fully customized vacuum solutions, complemented by vacuum technology accessories and instrumentation. Leybold´s ability to meet highest require- ments of most complex applications gives our customers the competitive edge to succeed. High duty processes in metallurgy, clean-room conditions at worldwide renowned institutes for research and development, or coating applications of minute dimensions - Leybold offers highest performance. Exhibition Materials - Multi-stage Roots Vacuum Pump (Model name : ECODRY plus) Contact - HwuiJin Han - (3F Jellzone 2 Tower) 162, Jonguail-ro Bundang-gu, Seongnam-si, Gyeonggi-do, Korea 13558. - Tel: 031-785-1335 , 010-4028-6602 Fax: 031-785-1357 , 031-785-1359 Email: HwuiJin.Han@leybold.com - Website: www.leybold.com [Booth #14] TAIYO KOKO TAIYO KOKO offers various vanadium products. The vanadium sample holder is used for neutron scattering experiments. In the vanadium sample holder with a thickness of 0.1mm, the Bragg peak derived from vanadium is very small. In addition, we developed a sample holder of same thickness made by ‘Null-alloy’. We supply a lot of the sample holder to users of J-PARC in Japan every year. Exhibition Materials - Null Alloy sample holders in neutron scattering experiments Contact - Shinichi Watanabe - 3-3-1 Marunouchi, Chiyoda-ku, Tokyo ,100-0005 Japan - Tel: +81-3-3216-6041 Fax: +81-3-3216-6045 / Email: tokyo@taiyokoko.co.jp - Website: http://www.taiyokoko.co.jp/en/index.html 188 | July 9-13, 2017 | DCC, Daejeon, Korea [ Booth #15] YoungInST&GE-RS Young In ST is a subsidiary of Young In Group which is the leader in serving analytical solutions in Korea. Young In ST is supplying various of solution for radiation, life science, biochemical, pharmaceutical and various of lab solution technologies. Especially, we supply radiation solutions such as gamma and alpha spectroscopy, neutron detector and alpha/beta counters and electronics. Exhibition Materials - He-3 Neutron Detector Contact - Byung Gook, Yu - 60 Anyangcheondong-ro, Dongan-gu, Anyang-si, Gyeonggi-do - Tel: +82-31-8033-0600 Fax: + 82-31-460-9480 / Email: bgyu@younginst.com - Website: www.younginst.com [Booth #16] EDWARDS KOREA As a world-class vacuum and abatement solution provider, Edwards Korea continues to grow with unwavering support and guidance from our customers We have been contri- buting to the vitalization of the local economy through shifting state-of-the-art production systems from our UK headquarters to our Cheonan production factory. We have created local employment for nearly 600 positions. Over 70% of our partners are selected from domestic businesses. With our highly advanced facilities and vast experiences from our talents, we provide not only the best quality but also energy-efficient and environmental vacuum and abatement across semiconductor, display, LED and solar energy manufac- turing equipment. Our remanufacturing centre is capable of refurbishing more than 12,000 pumps annually to the highest quality for production efficiency and cost reduction. Exhibition Materials - Vacuum pump, Controller, Gauge Contact - Monica Hyun - 4FL Hanwon B/D, 19, Hwangsaeul-ro 258beon-gil, Bundang-gu, Seongnam-si, Gyeonggi-do, 13595, Republic of Korea - Tel: +82- 31-710-2242Fax: + 82- 31-710-2224 / Email: Monica.hyun@edwardsvacuum.com - Website: Edwardsvacuum.com ICNS 2017 | 189 [Booth #A] Korea Atomic Energy Research Institute HANARO at Korea Atomic Energy Research Institute (KAERI) offers 12 neutron beam instruments for scientific andindustrial researches to enable new discoveries in basic science and industryapplication. Beamlines include neutron scattering, neutron imaging, andneutron activation analysis instruments to measure material structure anddynamics in atomic or nanometer scale. This facility is open to users from academia and industry. Contact - Daedeok-daero 989-111, Yuseong-gu, Daejeon, Korea - Tel: +82-42-866-6115 Fax: +82-42-868-4629 / Email: useroffice@kaeri.re.kr - Website: Hanaro4u.kaeri.re.kr [Booth #B] SwissNeutronics AG SwissNeutronics was founded in 1999 as a spin-off company of the Paul ScherrerInstitut (PSI) in Villigen, Switzerland. It is organized and registered as a joint stock company according to Swiss law. The know-how developed at PSI in the design and production of supermirror coatings was made fully available to the company for commercialization. In the meantime, SwissNeutronics has developed the technique for neutron supermirror coatings continuously further, thereby establishing the highest available quality and performance. Today our products cover a wide ra nge of neutron optics as well as the planning, design, construction, and installation of complete instruments. Exhibition Materials - Octagonal beam tube and general product information Contact - Michael Schneider - Bruehlstrasse 28, CH-5313 Klingnau, Switzerland - Tel: +4156 245 02 02 Fax: +41 56 245 0204 Email: tech@swissneutronics.ch - Website: www.swissneutronics.ch 190 | July 9-13, 2017 | DCC, Daejeon, Korea [ Booth #C] OXFORD INSTRUMENTS (KOREA OFFICE) Oxford Instruments NanoScience designs, supplies and supports market-leading research tools that enable quantum technologies, new materials and device development in the physical sciences. Our tools support research down to the atomic scale through creation of high performance, cryogen-free low temperature and magnetic environments, based upon our core technologies in low and ultra-low temperatures, high magnetic fields and system integration, with ever-increasing levels of experimental and measurement readiness. Exhibition Materials - Banner - Poster Contact - CHOI, JUNG HOON - Songpa-gu, Chungmin-ro 10, Seoul, Korea - Tel: +82-(0)2-2047-6466 Fax: +82-(0)2-2047-6464 / Email: Junghoon.choi@oxinst.com - Website: https://www.oxfordinstruments.com/businesses/nanotechnology/nanoscience [Booth #D] QUANTUM DESIGN KOREA Quantum Design Korea (QDK), branch office of QD Japan, is center for providing local marketing, sales and technical support of QD instruments to scientific research groups in the fields of physics, chemistry, biotechnology, materials science and nanotechnology in Korea Republic. Exhibition Materials - Quantum Design - ICE oxford instruments Contact - Jiwon Park - #303 dongshin Bldg., 204, Dogok-Ro, Kangnam-gu, Seoul 06272, Korea - Tel: 82-2-2057-2710 Fax: 82-2-2057-2712 / Email: jwpark@qdkorea.com - Website: http://www.qdkorea.com, http://www.qdusa.com/ ICNS 2017 | 191 [Booth #E] Panasonic Corp. Panasonic is one of the global manufacturers of consumer electric products, but we are wishing as well to contribute to Neutron Scattering Research and Engineering World by our scientific product; “Highly Oriented Graphite” material with its features like “Uniformity”, “Homogeneity” and “Reproducibility” Exhibition Materials - Highly Oriented Graphite Contact - Toshihiro Gotoh - 2-7 Matsuba-cho, Kadoma City, Osaka 571-8502, Japan - Tel: +81-6-6905-4882 Fax: +81-6-6905-5362 / Email: gotoh.toshihiro@jp.panasonic.com - Website: http://www.panasonic.com/jp/company/ppe/jigyo/prod_02_07.html [Booth #G] Airbus Defence and Space GmbH Neutron Velocity Selectors, Neutron Disk Choppers, Neutron Fermi Choppers Exhibition Materials - Rollups - Advertisement Contact - Berno Spiegelhalder - Claude-Dornier-Strasse, 88090 Immenstaad, Germany - Tel: +49 7545 8 4841 Fax: +49 7545 8 2693 / Email: berno.spiegelhalder@airbuss.com - Website: 192 | July 9-13, 2017 | DCC, Daejeon, Korea [ Booth #H] JJ X-RAY JJ X-RAY is a Danish company that develops, designs and produces highly specialized components and assemblies for scientific X-Ray, Synchrotron Radiation and Neutron Instrumentation. We are widely known for our high precision and durable JJ X-Ray Slits and Collimators. Our standard component portfolio is constantly expanding. Contact - Dr. Christian Mammen - Dr Neergaards Vej 5D, 2970 Hoersholm, Denmark - Tel: +45 4776 3000 Fax: +49 7545 8 2693 Email: cm@jjxray.dk - Website: www.jjxray.com [Booth #I] MALVERN PANALYTICAL Malvern and PANalytical are world leading suppliers of analytical instrumentation. In 1919, Philips launched first X-ray tube and developed and grew X-ray diffraction and X-ray fluorescence systems and continue to expand our business under new name PANalytical from 2002. And Malvern’s materials and biophysical characterization technology and expertise enables scientists and engineers to investigate, understand and control the properties of dispersed systems. And Both Companies were merged from 1 January 2017, The combined entity is a strong player in the materials characterization market and will be able to leverage the strengths of the individual companies in their end markets ranging from building materials to pharmaceuticals and from metals and mining to nanomaterials. Exhibition Materials - Particle size analyzer - X-ray diffraction - X-ray fluorescence systems Contact - HyunJung, Gu - 7H N tower Garden, 16-6 sunae-Dong, Bundang-Gu Seongnam-City, Gyeonggi-Do, Korea - Tel: +82-31-486-0840 Fax: +82-31-786-0950 / Email: hyunjung.gu@malvern.com - Website: www.malvern.com/kr www.panlaytical.kr ICNS 2017 | 193 [Booth #J] S-DH GmbH We manufacture supermirror neutron guides, shieldings and large area Boron10 coatings for Detectors. Exhibition Materials - Neutron Optics Contact - Harald Haese - Hans-Bunte-Str. 8-10, 69123 Heidelberg, Germany - Tel: 00496221739441 Fax: 06221739443 Email: haese@s-dh.de - Website: www.neutronguide.com [Booth #K] Heinz Maier-Leibnitz Zentrum (MLZ) The Heinz Maier-Leibnitz Zentrum is a leading centre for cutting-edge research with neutrons and positrons. Operating as a user facility, the MLZ offers a unique suite of high-performance neutron scattering instruments. This cooperation involves the Technische Universität München, the Forschungszentrum Jülich and the Helmholtz- Zentrum Geesthacht. The MLZ is funded by the German Federal Ministry of Education and Research, together with the Bavarian State Ministry of Education, Science and the Arts and the partners of the cooperation. Exhibition Materials - Neutron Optics Contact - User Office - Lichtenbergstr. 1, 85748 Garching, Germany - Tel: ++49 (0)89 289 10794 Fax: ++49 (0)89 289 10799 / Email: useroffice@mlz-garching.de - Website: mlz-garching.de 194 | July 9-13, 2017 | DCC, Daejeon, Korea [ Booth #M] HTS-110 (KOREA ITS) Based in Wellington, New Zealand, HTS-110 designs and manufactures cryogen-free High Temperature Superconducting (HTS) magnet systems. HTS-110 supplies custom instru- ments to the world’s leading synchrotron and neutron beamlines. These instruments take full advantage of the properties of HTS wire to deliver compact cryogen-free magnets with field strengths in excess of 8 Tesla which provide researchers with next generation magnetic environments for materials characterization and analysis. Korea I. T. S. Co., Ltd. is the authorized Korean agency of HTS-110. Korea I. T. S. Co., Ltd. introduced HTS-110’s products for example current lead, specialized magnets and NMR. Exhibition Materials - Banners - Brochures - PC screen for HTS-110’s current lead, magnets, and NMR. Contact - Taotao Huang (민정환) - 1B Quadrant Drive, Lower Hutt, 5010, New Zealand (서울시 송파구 백제고분로 101 서일빌딩 4층) - Tel: 0064 4 5708880 (+82-2421-4022) Fax: 0064 3 4880657(+82-2-421-9022) Email: t.huang@hts-110.com (kits@koreaits.com) - Website: HTS-110.com (www.koreaits.com) [Booth #N] Huber Diffraktionstechnik Huber is a leading supplier for high precision positioning systems and equipment for X-ray and Neutron scattering. For more than 50 years Huber is designing and manufacturing equipment for X-ray labs, synchrotron- and neutron facilities ranging from standard components to highly complex customized multi-axes systems for micro- and nano-posi- tioning. Huber´s large product range can be tailored to specific requirements to suit all applications, no matter if it is in vacuum environment, exposed to high radiation or has to be operated in high magnetic fields. Exhibition Materials - Display - Positioning stages - Brochures Contact - Norman Huber - Sommerstrasse 4, 83253 Rimsting, Germany - Tel: +49-(0)8051 6878 0 Fax: +49-(0)8051 6878 10 / Email: norman@xhuber.com - Website: www.xhuber.com ICNS 2017 | 195 [Booth #O] R-DEC Co., Ltd. We are proud of having contributed to the world of research and development with our state-of-art technology and products such as Neo Dry pumps, DRYFORCE, and RHEED. Kashiyama Neo Dry pumps are handy, air cooled, and low-maintenance dry pumps. The DRYFORCE pumping units provide clean and powerful pumping by combination of a turbo pump and dry roots pump. Our RHEED is durable, stable and reliable with a very bright beam spot. Exhibition Materials - DRY PUMP - DRYFORCE - RHEED - VACUUM EQUIPMENT - COMPONENTS Contact - Mr. Kenji, Kurihara - 1-16-10 Ninomiya, Tsukuba, Ibaraki, 305-0051 Japan - Tel: +81-29-858-0211 Fax: +81-29-855-9877 / Email: kuri@rdec.co.jp - Website: http://www.rdec.co.jp 196 | July 9-13, 2017 | DCC, Daejeon, Korea A uthor Index A Ajito, Satoshi MoP 59 Ajito, Satoshi MoP 67 A., Gasteiger Hubert TuF2-2 Akatsu, Mitsuhiro ThA1-2 Abad, Estefania MoB2-3 Aken, Katherine Van WeF2-6 Abbas, Sohrab MoP 11 Akhir, Muzakkiy Putra Muhammad Abdur, Rahim MoP 103 WeP 102 Abe, Jun MoP 102 Akiba, Hiroshi WeF1-4 Abe, Yutaka WeP 98 Akiba, Hiroshi TuP 122 Abernathy, D TuA1-5 Akihiro, Ohira ThD1-6 Abernathy, Doug ThC1-1 Akimitsu, J. TuA1-3 Achary, S. N. TuP 117 Akutsu, Kazuhiro WeC2-4 Achary, S. N. TuP 116 Akutsu, Kazuhiro MoP 73 Aczel, A. A. WeC1-2 Akutsu, Kazuhiro TuP 99 Aczel, Adam MoA1-5 Albrecht, Manfred MoC2-3 Adlmann, Franz TuD1-3 Alekseev, Andrey WeP 53 Adlmann, Franz WeP 45 Alekseev, Pavel WeP 53 Adlmann, Franz A. WeB1-5 Alexiou, Christoph TuD2-5 Adroja, Devashibhai TuA1-6 Alhabeb, Mohamed WeF2-6 Adroja, Devashibhai TuP 30 Aller, Pierre MoE1-4 Aeppli, Gabriel MoA2-4 Allgaier, Jürgen TuD1-2 Afanasiev, S. V. MoP 129 Allibon, John WeP 57 Affleck, John WeP 25 Almasy, Laszlo MoP 81 Agamalian, Mikhail WeE2-6 Almasy, Laszlo MoP 89 Aguettaz, Olivier WeP 67 Almdal, Kristoffer TuD1-1 Aguilar, Adrian WeP 81 Almomani, Saed WeP 90 Aguilar, Jorge MoB2-3 Almomani, Saed WeP 95 Aguilar, Jorge WeP 81 Altynbaev, Evgeny ThC2-4 Ahart, Muhtar TuA2-3 Alvarez, Miguel Vicente MoB1-4 Ahlburg, Jakob V. TuP 132 Amato, A. TuP 103 Ahlburg, Jakob Voldum TuP 104 Ambaye, H. TuP 98 Ahn, Donghwan MoP 103 Aminov, Telman TuP 93 Ahn, Hyungju MoP 101 Amir, Syed Mohd MoC2-8 Ahn, Seonghyeon ThD2-1 An, Gyu Baek ThE1-3 Ahn, Seonghyeon WeP 127 An, Ke TuC2-2 Ahn, Suk-kyun MoD2-5 An, Ke MoP 87 Ahn, Suk-kyun MoP 42 Anastasopoulos, Michail ThB1-1 Aizawa, Kazuya MoP 102 Andersen, Brian M. TuA2-1 ICNS 2017 | 197 Andersen, Christopher R. ThA2-7 Arteta, Marianna Yanez TuE1-2 Andersen, Henrik L. TuP 120 Asai, Shinichiro TuP 10 Andersen, Henrik L. TuP 132 Aswal, Vinod MoD2-1 Andersen, Henrik Lyder TuP 104 Aswal, Vinod MoP 12 Andersen, Ken TuB1-2 Aswal, Vinod K. MoP 10 Andò, Edward WeP 4 Aswal, Vinod K. MoP 11 Andreas, Jossen TuF2-2 Aswal, Vinod K. MoP 14 Andreev, Marat MoD1-2 Aswal, Vinod K. MoP 79 Andreica, D. TuP 103 ASWAL, VINOD KUMAR ThD1-4 Andrews, Katie TuB2-4 Aswal, Vinod Kumar MoP 7 Andrey, Kalyukanov WeP 93 Aswal, Vinod Kumar MoP 13 Angelis, Salvatore De TuF2-4 Aswal, Vinod Kumar MoP 15 Ansaldo, E.J. TuP 103 Aswal, Vinod Kumar MoP 39 Ansaldo, Edualdo TuP 28 Athanasiades, Athanasios ThB1-2 Antony, Lucas MoE2-3 Atkins, Duncan WeP 4 Aoki, Dai ThC1-5 Attfield, J. Paul WeA2-5 Aoki, Hiroyuki TuP 99 Attfield, J.P. WeC1-2 Aoki, Tetsuya MoP 90 Aurelio, Gabriela MoB1-4 Aoki, Yuji TuP 51 Avdeev, M. TuP 108 Aoyama, Kazuhiko WeP 60 Avdeev, Max WeP 70 Aoyama, Kazuhiro WeP 61 Avdeev, Maxim WeF2-4 Appavou, Marie-Sousai TuB2-6 Avdeev, Maxim ThC2-7 Appavou, Marie-Sousai TuP 13 Avdeev, Maxim ThF2-4 Appavou, Marie-Sousai WeP 43 Avdeev, Maxim TuP 10 Appavou, M-S MoP 99 Avdeev, Maxim TuP 52 Arai, Masatoshi TuP 53 Avdeev, Maxim TuP 120 Arai, Masatoshi TuP 67 Axelrod, Leonid WeP 89 Araujo, Daniele Ribeiro de MoP 40 Axenov, Serg WeP 53 Araujo, Daniele Ribeiro de MoP 41 Axenov, Sergey MoP 99 Arbe, Arantxa WeD1-1 Axenov, Sergey MoP 105 Archer, John WeP 57 Arévalo-López, ngel M. WeA2-5 B Argyriou, Dimitri ThD1-2 Arima, Takahisa TuP 102 Babcock, Earl WeP 19 Arima, Taka-hisa TuP 23 Babcock, Earl WeP 43 Arleth, Lise MoE1-5 Babcock, Earl WeP 56 Arleth, Lise MoF2-6 Babkevich, Peter TuP 36 Arleth, Lise MoP 53 Back, Hyoung Chul MoP 98 Armstrong, Jeff WeP 30 Backs, Alexander MoA1-4 Arnold, Owen MoF1-5 BAEK, HANI WeP 78 198 | July 9-13, 2017 | DCC, Daejeon, Korea B AEK, HANI WeP 117 Bartkowiak, Marek WeP 120 Baggemann, J. TuB1-3 Bartkowiak, Marek WeP 121 Baggemann, Johannes WeP 21 Basran, Jaswir MoE1-4 Baggemann, Johannes WeP 31 Bastien, Gael ThC1-5 Bahadur, Jitendra ThF2-6 Basu, S. TuP 72 Bahn, Emanuel TuP 111 Basu, Saibal MoC1-2 Baik, Y. WeP 2 Batista, C. D. ThC1-3 Baik, Y. WeP 3 Batista, C. D. TuP 1 Baines, Christopher ThA1-1 Battacharya, Debarati MoC1-2 Bakai, Oleksandr MoP 91 Bauer, Andreas WeA2-6 Bakai, Sergiy MoP 91 Bauer, Andreas ThC2-9 Bakedano, Gorka WeP 81 Bauer, E. D. ThC1-3 Bakke, Anders TuA2-1 Bauer, Eric ThC1-1 Balagurov, A.M. TuP 21 Bayer, Sebastian MoD2-6 Balagurov, Anatoly ThF2-3 Beaucour, Jerome WeP 4 Balakrishnan, Geetha TuP 95 Beaucour, Jerome WeP 5 Baldwin, J. Kevin MoP 86 Becker, Hans-Werner ThB1-3 Ballauff, Matthias TuF1-1 Begum, S.N. Suraiya MoP 15 Balliana, Eleonora TuP 5 Begum, S.N. Suraiya MoP 39 Ballone, Pietro WeD2-3 Behal, David TuA2-3 Ballone, Pietro MoP 6 Belo, Ezequiel ThD1-2 Ballone, Pietro MoP 48 Belushkin, Alexander TuP 88 Ballou, Rafik WeC1-3 Bender, P. TuP 85 Balog, Sandor TuP 121 Bendix, Jesper TuP 101 Balz, Christian ThA1-1 Benedetto, Antonio WeD2-3 Bang, Joona ThD2-3 Benedetto, Antonio MoP 6 BANG, Joona MoP 35 Benedetto, Antonio MoP 48 Bang, Joona MoP 36 Benedetto, Antonio WeP 22 Bannenberg, L.J. ThC2-2 Benetti, Ana R. MoP 1 Bannenberg, L.J. TuP 100 Bengtsson, Eva MoP 52 Bannenberg, Lars TuP 79 Benka, Georg TuP 82 Barauskas, Justas TuE1-2 BERA, A. K. ThA2-6 Barker, Rob WeB1-1 Beran, Premysl TuB2-5 Barker, Rob WeP 107 Beran, Premysl MoP 84 Barquín, L. Fernández TuP 85 Beran, Přemysl WeP 46 Barsoum, Michel W. MoC2-7 Berdnikov, A.Ya. MoP 124 Bartkowiak, Maciej WeB2-4 Berdnikov, Ya.A. MoP 124 Bartkowiak, Marek ThC1-5 Berdnikov, Ya.A. MoP 125 Bartkowiak, Marek WeP 16 Berg, Marcella C. MoP 1 Bartkowiak, Marek WeP 76 Berger, Helmuth ThA1-7 ICNS 2017 | 199 Berger, Helmuth TuP 43 Birgeneau, Robert TuA1-1 Berger, Ruediger MoP 29 Birk, Jonas WeE2-5 Bergmann, Ryan M. WeP 76 Birk, Jonas ThC1-5 Berke, Barbara MoD1-3 Birk, Jonas O. TuA2-1 Bermejo, F Javier WeP 81 Birk, Jonas O. ThA2-7 Bertelsen, Mads MoB2-7 Birk, Jonas O. TuP 105 Bertelsen, Mads MoF1-3 Birk, Jonas O. WeP 16 Bertelsen, Mads TuA2-1 Birk, Jonas O. WeP 76 Bertelsen, Mads TuP 16 Birk, Jonas O. WeP 86 Bertelsen, Mads WeP 80 Birk, Jonas Okkels MoB2-7 Bertelsen, Mads WeP 86 Birk, Jonas Okkels WeP 83 BERTHIER, Claude ThA2-3 Birumachi, Atsushi WeP 97 Bertin, Alexandre MoB2-8 Biswas, R. TuP 119 Bertin, François WeP 5 Blackburn, Elizabeth WeB1-2 Bertoldo, Monica MoD1-4 Blakeley, Matthew MoE1-4 Beßler, Yannick WeP 21 Blakeley, Matthew MoP 50 Beßler, Yannick WeP 31 Blankenburg, Malte MoE2-8 Bewley, R. I. ThC1-3 Blanter, M. S. TuP 29 Bewley, R. I. WeP 65 Bleif, Hans-Jürgen WeP 63 Bewley, Rob WeP 20 Bliersbach, Andreas WeB1-5 Bewley, Robert MoB2-2 Bobrikov, Ivan ThF2-3 Bewley, Robert TuP 17 Boehler, Reinhard WeB2-2 Bewley, Robert WeP 18 Boehm, Martin MoA1-2 Beyerlein, Irene MoP 86 Boehm, Martin MoB2-9 Bhat, Swetha S M TuP 127 Boehm, Martin ThA2-2 Bhosale, Dnyaneshwar TuP 125 BOEHM, Martin ThA2-3 Bhowmik, Debsindhu MoE2-7 Boehm, Martin ThC1-6 Bhowmik, Debsindhu MoP 46 Boehm, Martin TuP 15 Bhowmik, Debsindhu MoP 47 Boehm, Martin TuP 16 Bianchi, Andrea D. ThA2-5 Bogart, L. K. TuP 85 Bießmann, Lorenz TuF1-3 Bogdanov, S. G. WeP 3 Bießmann, Lorenz ThD2-8 Bogdanov, S. G. MoP 60 BIGAULT, Thierry ThB1-6 Bogdanov, Savva WeA2-4 Bilheux, Hassina TuC2-2 Böhm, Martin TuP 37 Bilheux, Jean TuC2-2 Böhm, Sarah WeP 21 Bingöl, Kendal WeP 56 Böhm, Sarah WeP 31 Biniskos, Nikolaos TuP 112 Bollhalder, Alex WeP 76 Biniskos, Nikolaos TuP 113 Bolotina, Nadezhda TuP 24 Birch, Jens ThB1-1 Bonacic, Nives WeA2-6 Bird, Mark WeB2-4 Böni, Peter MoA1-4 200 | July 9-13, 2017 | DCC, Daejeon, Korea B öni, Peter MoC1-4 Brok, Erik MoF2-6 Böni, Peter MoC2-3 Bronova, A. TuP 7 Böni, Peter MoC2-6 Brouet, Véronique ThA1-6 Böni, Peter ThC2-9 Brown, Daniel ThB2-4 Böni, Peter TuP 3 Brown, Katherine WeP 29 Böni, Peter TuP 78 Browning, Jim WeP 112 Böni, Peter WeP 33 Browning, Kathryn TuE2-1 Böni, Peter WeP 48 Brückel, Th. TuB1-3 Böni, Peter WeP 64 Brückel, Thomas MoB2-8 Böni, Peter WeP 113 Brückel, Thomas TuD2-5 Bonville, Pierre TuP 84 Brückel, Thomas WeF2-3 Booth, N. MoF1-2 Brückel, Thomas TuP 13 Booth, Norman ThC2-6 Brückel, Thomas TuP 70 Boothroyd, A. T. TuA2-2 Brückel, Thomas TuP 112 Bordallo, Heloisa ThD1-2 Brückel, Thomas WeP 10 Bordallo, Heloisa N MoB2-3 Brückel, Thomas WeP 19 Bordallo, Heloisa N. MoP 1 Brückel, Thomas WeP 21 Borger, Anine TuD1-1 Brückel, Thomas WeP 31 Borisov, Yu.V. MoP 124 Brückel, Thomas WeP 35 Borisova, P. A. TuP 29 Brückel, Thomas WeP 43 Borisova, P.A. MoP 60 Brueckel, Thomas TuP 113 Borisova, Polina MoP 99 Brun, Anton Le MoP 49 Borisova, Polina TuP 93 Brun, Anton Le WeP 25 Boudou, Caroline MoF2-1 Bryant, Gary TuE2-2 Bourges, Philippe MoA1-1 Bücherl, Thomas MoP 114 Bourges, Philippe MoB2-7 Buchert, Guido MoB2-1 Bourges, Philippe ThA1-6 Buchold, Philipp TuD1-4 Braden, M. TuA1-3 Buffet, Jean-Claude ThB1-1 Braginetz, Yu.P MoP 124 Buffet, Jean-Claude ThB1-4 Braginetz, Yu.P. MoP 125 Bulavin, Maksim MoP 129 Brandl, Georg TuB2-6 Burankova, Tatsiana TuF1-5 Brandl, Georg WeP 43 Burankova, Tatsiana WeD2-4 Braun, Larissa MoD1-5 Burankova, Tatsiana MoP 57 Brazhkin, V. V. TuP 29 Buratti, Elena MoD1-4 Bressel, Katharina MoD2-6 Burca, Genoveva ThB2-3 Brewer, J.H. TuP 103 Burle, Jan WeB1-4 Brewer, Jess TuP 28 Burle, Jan WeP 115 Broholm, Collin WeB2-3 Burmester, Jörg ThB1-3 Broholm, Collin WeC1-4 Burn, Paul ThD2-5 Brok, Erik MoC1-6 Busch, Sebastian WeP 49 ICNS 2017 | 201 Busch, Sebastian WeP 99 Carpenter, Jack WeE2-6 Butch, Nick ThA1-4 Carrillo, Jan-Michael MoD2-5 Buts, Alex ThC1-7 Carrillo, Jan-Michael Y. MoP 42 Butzek, Michael WeP 21 Casadei, Cecilia MoE1-4 Butzek, Michael WeP 31 Casati, Nicola ThA1-3 Bytchkov, Aleksei WeP 123 Casati, Nicola ThA2-2 Caspi, Elad TuP 60 C Caspi, El'ad N. MoC2-7 Castellanos, Maria Monica MoD2-3 Cadogan, Sean TuP 41 Castle, Toen MoD2-2 Cagnes, Marina MoP 73 Cathelin, Vadim WeC1-3 Cai, Xiangzhou WeP 12 Cattaruzza, Elti TuP 5 Cai, Xiao Xiao MoF1-4 Causer, G. L. MoC2-5 Calder, S. WeC1-2 Ceretti, Monica TuP 19 CALZAVARA, Yoann ThE2-5 Cermak, Petr MoB2-8 Cameron, A. S. ThC1-2 Cermak, Petr WeP 122 Campbell, Richard MoD1-5 Čermák, Petr WeP 58 Campo, Javier TuA2-5 Chaboussant, Gregory ThC2-4 Campo, Liliana de MoD2-2 Chaboussant, Grégory TuP 79 Campo, Liliana de TuE2-5 Chaboussant, Grégory TuP 84 Campo, Liliana de WeE2-3 Chae, Hobyung MoP 87 Campo, Liliana de ThD1-3 Chae, K-W MoP 92 Campo, Liliana de MoP 2 Chai, Yisheng TuP 68 Campo, Liliana de WeP 24 Chakoumakos, Bryan TuB2-4 CANALS, Benjamin ThA2-3 Chakoumakos, Bryan C. TuP 68 Cantargi, F. MoP 118 Chakrabarti, Bismayan ThC1-1 Cantargi, Florencia MoB1-4 Chamritski, Vadim WeB1-3 Cao, H. B. TuP 1 Chang, Chia-Chin ThF2-4 Cao, Huibo TuA1-1 Chang, Hun TuP 39 Cao, Huibo WeA2-1 Chang, Hun TuP 46 Cao, Huibo TuP 68 Chang, Hun TuP 48 Cao, Shixun TuA2-4 Chang, Hun TuP 69 Cao, Yiming TuA2-4 Chang, L.-J ThA1-5 Capstick, Matthew WeP 30 Channuie, Jatechan WeP 103 Cardenas, Marite TuE2-1 Chaplot, S. L. WeA1-5 Cardenas, Marite MoP 52 Chaplot, S. L. TuP 115 Cárdenas, Marité MoP 69 Chaplot, S.L. TuP 116 Cardozo, Juan Francisco Mora WeD2-4 Chaplot, Samarath Lal WeA1-3 Cardozo, Juan Francisco Mora MoP 6 Chaplot, Samrath Lal TuP 81 Carlsen, Henrik H. WeP 68 Chaplot, Samrath Lal TuP 117 202 | July 9-13, 2017 | DCC, Daejeon, Korea C hapon, Laurent MoC1-3 Cho, Sang Jin ThF1-2 Chapon, Laurent TuA2-5 Cho, Sang Jin WeP 7 Chapon, Laurent ThC2-8 Cho, Sang Jin WeP 128 Chapon, Laurent WeP 57 Cho, Seungwan MoP 42 Chapon, Laurent C. WeC1-3 Cho, Yong-Sub WeP 101 Char, Kookheon MoP 29 Choi, Chungryong ThD2-1 Char, Kookheon MoP 30 Choi, Chungryong WeP 126 Chathoth, Suresh M. TuP 27 Choi, Chungryong WeP 127 Chathoth, Suresh Mavila TuD1-5 Choi, H.-C. TuP 98 Chen, Bo MoP 89 Choi, Jun Shik MoP 62 Chen, Bo WeP 15 Choi, Ki-In WeD1-4 Chen, Changjiu TuD1-5 Choi, Ki-In TuP 106 Chen, Changjiu TuP 27 Choi, Kwang-Yong WeC1-1 Chen, Chunguang WeF2-3 Choi, Myung Chul MoE2-1 Chen, Dongfeng TuB1-6 Choi, Myung Chul MoP 68 Chen, Dongfeng WeP 73 Choi, Seungkyu TuP 130 Chen, Jie WeP 44 Choi, Shi-Hoon MoP 93 Chen, Jingen WeP 12 Choi, Shi-Hoon WeP 1 Chen, Mingtao WeP 112 Choi, Shi-Hoon WeP 67 Chen, Wangchun WeB2-3 Choi, Shi-Hoon WeP 129 Chen, Xiping WeP 15 Choi, Soohyung MoP 36 Chen, Y. ThF2-8 Choi, Soo-Hyung TuP 33 Chen, Youxing MoP 86 Choi, Sung-Min MoD2-8 Cheng, J.-G. ThC2-3 Choi, Sung-Min MoP 33 Cheng, Yongqiang WeB2-2 Choi, Sung-Min MoP 34 Cheong, S.-W. ThA2-8 Choi, Sung-Min MoP 43 Cheong, S.-W. TuP 103 Choi, Sung-Min MoP 97 Cheong, Sang-Wook ThC2-8 Choi, Sung-Min MoP 130 Cheong, S-W TuP 12 Choi, Y.N. MoP 92 Chevigny, Chloé MoP 5 Choi, Yong MoP 60 Chevrier, Michèle ThF2-7 Choi, Yong WeP 2 Chi, S. ThC2-3 Choi, Yong WeP 3 Chi, Songxue TuA1-1 Choi, Yong WeP 6 Chiang, Wei-Shan WeF1-2 Choi, Yong Nam ThF2-5 Chiba, Kaori TuP 18 Choi, Yong Nam TuP 126 Chin, Shin-Liang MoC2-4 Choi, Yoon Suk MoF2-5 Cho, Deok-Yong TuP 25 Choudhury, Rajul R. TuP 22 Cho, Hwanbeom TuP 52 Chow, K.H. TuP 103 Cho, In Hwa ThF2-5 Chow, Kim TuP 28 Cho, Ki-Sub WeE1-3 Christensen, Erik Dreier ThA2-2 ICNS 2017 | 203 Christensen, Mogens WeE2-5 Colmenero, Juan WeD1-1 Christensen, Mogens TuP 104 Conder, Kazimierz TuP 6 Christensen, Mogens TuP 120 Conn, Charlotte TuE2-5 Christensen, Mogens TuP 132 Constantine, Paris WeP 25 Christensen, Niels B. MoB2-7 Contescu, Cristian ThF2-6 Christensen, Niels B. ThA2-7 Cooper, Jos WeP 82 Christian, von Lüders TuF2-2 Copley, John MoP 47 Christianson, Andrew TuA1-1 Coppola, Roberto ThF1-3 Christoforidis, Jason WeP 25 Cortie, D. L. MoC2-5 Chu, Xiang-qiang MoE2-7 COURTOIS, Pierre ThB1-6 Chu, Xiang-qiang MoP 46 Cowburn, Russell MoC2-4 Chu, Xiang-qiang MoP 47 Cristiani, Georg MoC1-1 Chuang, Wei-Tsung ThD2-2 Cristiglio, Viviana MoD2-3 Chubova, Nadezhda TuP 38 Cristiglio, Viviana MoE1-3 Chudoba, Dorota TuP 26 Cristiglio, Viviana TuE2-2 Chun, J. H. TuP 7 Cristiglio, Viviana WeP 8 Chun, Sae Hwan TuP 69 Cronert, T. TuB1-3 Chung, Jae-Ho TuP 39 Cronert, Tobias WeP 21 Chung, Jae-Ho TuP 40 Cronert, Tobias WeP 31 Chung, Jae-Ho TuP 46 Crow, Lowell WeP 104 Chung, Jae-Ho TuP 48 Cubitt, Robert WeP 4 Chung, Jae-Ho TuP 69 Cubitt, Robert WeP 5 Chung, Mingee TuP 101 Cubitt, Robert WeP 14 Chung, Sung-Yoon TuP 130 Cubitt, Robert WeP 23 Chung, Sung-Yoon TuP 131 Cuccaro, Sylvain ThB1-4 Cinque, Gianfelice WeE1-5 Cuello, Gabriel TuB2-2 Civalleri, Bartolomeo WeE1-5 Cupane, Antonio MoE1-1 Clancy, Wayne WeP 29 Curtis, Joseph E. MoD2-3 Clemens, Daniel MoP 40 Czakkel, Orsolya MoB2-4 Clemens, Daniel MoP 41 Czakkel, Orsolya MoD1-3 Clèment, Sèbastien ThF2-7 Czakkel, Orsolya TuP 111 Clementyev, Evgeniy WeP 53 Clergeau, Jean-Francois ThB1-4 D Clergeau, Jean-Fransois ThB1-1 Clifton, Luke TuE1-1 D., Juan J. M. D. Tas TuP 111 Clulow, Andrew ThD2-5 Dabkowska, Hanna ThA1-4 Clune, Amanda WeA2-1 Dabkowska, Hanna ThA2-5 Colin, Claire V. WeC1-3 Dabruck, Jan Philipp WeP 21 Colin, Jean-Francois TuF2-3 Dabruck, Jan Philipp WeP 31 Collins, Malcolm F TuF1-2 D'Adam, T. M. MoF1-2 204 | July 9-13, 2017 | DCC, Daejeon, Korea D 'ADAM, Tim WeP 9 Demé, Bruno MoE1-3 Daemen, L. L. TuP 61 Demé, Bruno TuE2-2 Daemen, Luke L. WeB2-2 Demé, Bruno WeP 8 Dahl, Anders Bjorholm MoP 75 Demirdiş, Sultan WeP 58 Dai, Pengcheng MoA2-5 Demirel, Melik MoP 55 Dai, Pengcheng TuA1-2 Dencher, Norbert A. MoP 57 Dai, Pengcheng TuA1-4 Deng, Guochu TuA1-6 Dai, Pengcheng TuA1-6 Deng, Guochu TuA2-4 Dalgliesh, R. TuP 100 Deng, Guochu WeP 55 Dalgliesh, R.M. ThC2-2 Denninger, Andrew R. MoE1-3 Dalgliesh, Rob TuP 79 Dennison, Andrew WeP 32 Damay, Françoise WeC1-3 Desch, Klaus ThB1-5 Damay, Françoise TuP 84 Désert, Sylvain WeP 13 Damian, J. I. Marquez MoP 118 Désilets-Benoit, Alexandre ThA2-5 Danilkin, Sergey TuA1-6 Deutsch, Maxime TuP 84 Danilov, D.L. WeF2-3 Devishvili, Anton WeP 45 Darmann, Frank WeP 72 Devishvili, Anton WeP 67 Darwish, Tamim MoE1-5 Devonport, Mark WeP 18 Darwish, Tamim TuE2-2 Devos, Juliette MoE1-4 Darwish, Tamim WeB2-5 Dewhurst, C. ThC2-2 Darwish, Tamim ThD2-5 Dewhurst, C.D. TuP 100 Darwish, Tamim MoP 70 Dewhurst, Charles MoB1-1 Darwish, Tamim A. MoP 73 Dewhurst, Charles MoP 106 Das, Amitabh TuP 86 Dewhurst, Charles TuP 38 Das, Pinaki ThC1-1 Dewhurst, Charles WeP 41 Das, Pinaki ThC1-3 Dhindsa, Gurpreet MoE2-7 Daske, Annette MoB2-1 Dian, Eszter ThB1-1 David, Hess MoE2-2 Didier, Luc WeP 32 Davidson, G. MoF1-2 Din, Muhamad Faiz TuP 108 Davison, Gene TuA2-4 Disch, Sabrina MoC1-5 Deamer, David MoP 56 Dissanayake, S. E. ThC2-3 Decarpentrie, Philippe WeP 57 Do, Changwoo MoD2-5 Deen, Pascale ThB1-1 Do, Changwoo MoP 24 Deen, Pascale TuP 17 Do, Changwoo MoP 42 Deen, Pascale P MoC1-6 Do, Seung-Hwan WeC1-1 Deen, Pascale P. TuA2-1 Doan, Huan MoP 83 Dehoff, Ryan TuC2-2 Doege, P. TuB1-3 Deledda, Stefano MoB1-5 Doege, Paul Emmanuel WeP 21 Delhom, Robin MoP 70 Doege, Paul-Emmanuel WeP 31 Delley, Bernard ThA2-5 Döge, Stefan ThE2-3 ICNS 2017 | 205 Dohmae, Kazuhiko MoP 90 Ehlers, G. TuP 1 Doi, Satoshi MoP 90 Ehlers, Georg TuC1-2 Doležal, Petr TuP 30 Ehlers, Georg WeC1-4 Dönni, Andreas TuP 31 Ehlers, Georg ThB1-1 Dorokhin, Andriy TuD1-1 Ehrenberg, Helmut MoP 114 Doua, S. X. TuP 108 Ehrenberg, Helmut WeP 88 Doucet, Mathieu WeB2-1 Ehresmann, Arno MoC2-2 Doucet, Matthieu WeE2-6 Eichel, R.-A. WeF2-3 Doutch, James WeP 94 Eijck, Lambert van TuB2-1 Drescher, Lars MoB2-1 Eikeland, Anna Z. TuP 120 Droulias, S TuP 123 Eisaki, Hiroshi TuP 67 Drummond, Calum TuE2-5 Em, V. T. MoB1-2 DU, R. WeP 111 Em, V.T. TuP 21 Du, Rong WeP 108 Em, V.T. TuP 65 Dubey, P. TuE2-3 Em, Vecheslav MoP 105 Dubey, P.S. TuP 119 Em, Viacheslav TuP 24 Duchêne, Léo TuF1-5 Em, Vyacheslav WeP 40 Duff, Anthony WeB2-5 Embs, Jan TuF1-5 Duff, Anthony MoP 50 Embs, Jan WeD2-3 Duff, Anthony MoP 63 Embs, Jan P. WeD2-4 Dugger, Jason WeP 112 Embs, Jan P. MoP 6 Dura, Joe WeP 45 Embs, Jan Peter MoP 66 Dura, Joseph WeP 34 Emery, Samuel TuP 16 Durniak, Celine WeP 116 Enderle, M. TuA2-2 Dushanov, Ermuhammad TuE2-4 Enderle, M. TuP 7 Duvinage, Christopher WeA2-6 Endo, Hitoshi MoB2-6 Dyadkin, Vadim TuP 38 Endo, Hitoshi ThB2-6 Dymkowski, Krzysztof MoP 121 Endo, Hitoshi WeP 36 Endo, Hitoshi WeP 71 E Endoh, Y. TuP 100 Endoh, Yasuo TuP 54 Eckerlebe, Helmut WeP 37 Endoh, Yasuo TuP 56 Eckerlebe, Helmut WeP 38 Engels, Ralf WeP 43 Eckerlebe, Helmut WeP 96 Ersez, Tunay WeP 51 Eckert, Juergen ThD1-2 Esch, Patrick van ThB1-1 Edström, Kristina WeP 124 Espeso, J. I. TuP 85 Efremov, Dmitri TuA1-1 Evans, Rachel ThF2-7 Efremov, Dmitry TuP 89 Everett, Michelle ThB1-1 Ehlers, G. WeC1-2 Ewings, R.A. TuA2-2 Ehlers, G. ThC1-3 206 | July 9-13, 2017 | DCC, Daejeon, Korea F Fernandez-Alonso, Felix WeP 30 Fernandez-Baca, Jaime TuB2-4 Fabelo, Oscar TuA2-5 Fernandez-Baca, Jaime WeA2-1 FABREGES, Xavier WeE2-1 Fernandez-Baca, Jaime A. WeP 104 Fak, B. TuP 7 Fernández-Díaz, M. T. TuP 85 Fak, Bjorn WeC1-3 Fernández-Pacheco, Amalio MoC2-4 Falus, P. ThC2-2 Feygenson, M. ThF2-8 Falus, P. TuP 100 Feygenson, Mikhail TuB2-3 Falus, Peter MoB2-4 Feygenson, Mikhail TuP 127 Falus, Peter TuD1-3 Fichou, Yann MoE1-1 Fang, Haiping MoD2-4 Fiebig, Manfred MoC1-3 Fang, Leiming WeP 15 Fielding, Alistair MoE1-4 Fang, Yanan MoP 83 Filarowski, Aleksander TuP 26 Farago, Bela MoB2-4 Filges, Uwe WeE2-1 Faraone, Antonio WeD1-3 Filges, Uwe WeP 16 Farhi, Emmanuel ThB2-2 Filges, Uwe WeP 33 FAURE, Quentin ThA2-3 FILHOL, Alain ThE2-5 Fedorov, V.V. MoP 124 FILHOL, Alain WeP 122 Fedorov, V.V. MoP 125 FILHOL, Alain WeP 123 Fedrigo, Anna TuC2-4 Filonenko, V. P. TuP 29 Fedrigo, Anna MoP 75 Firestone, Millicent TuE1-3 Fee, Mike WeB1-3 Fisher, Jonathan WeB1-4 Feng, Erxi TuP 13 Fisher, Jonathan WeP 115 Feng, Erxi TuP 55 Fitzsimmons, M. R. TuP 98 Feng, Hao WeP 104 Florea, Ovidiu TuP 17 Feng, Yu TuA1-1 Fluitt, Aaron MoE2-3 Fennel, Tom TuP 101 Fobes, David M. ThC1-3 Fennell, Amy TuA2-1 Fock, J. TuP 85 Fennell, Amy ThA2-5 Folkers, Laura TuP 37 Fennell, Tom ThA2-2 Fomicheva, Ludmila N. TuP 84 Fenske, Jochen TuB2-5 Forgan, Ted WeB1-2 Fenske, Jochen ThB1-3 Forsyth, Trevor MoE2-2 Fenske, Jochen WeP 46 Forsyth, Trevor TuE2-1 Feoktystov, Artem TuD2-5 Forsyth, Trevor MoP 69 Feoktystov, Artem MoP 91 Forsyth, Trevor TuP 118 Feoktystov, Artem TuP 13 Fouquet, Peter MoB2-4 Feoktystov, Artem WeP 43 Fouquet, Peter TuP 111 Feoktystov, Artem WeP 58 Fournel, Frank WeP 5 Fernandez-Alonso, Felix WeE1-5 Fragneto, Giovanna MoE2-3 Fernandez-Alonso, Felix MoP 121 FRAGNETO, Giovanna TuE1-4 ICNS 2017 | 207 Franco, Margareth MoP 40 Fujita, Masaki WeP 33 Franco, Margareth MoP 41 Fujiyama, Sei WeA2-2 Franco, Margareth KKD TuP 128 Fukunaga, Mamoru WeA2-2 Frandsen, Cathrine MoC1-6 Fultz, Brent WeA1-4 Frandsen, Henrik L TuF2-4 Furukawa, Hazuki MoA1-5 Frank, Alexander ThE2-6 Furukawa, Nobuo TuP 97 Franz, Alexander WeP 63 Furusaka, Michihiro WeE2-4 Franz, Alexandra WeP 62 Furusaka, Michihiro ThF1-1 Franz, Christian TuP 2 Furusaka, Michihiro WeP 74 Franz, Christian TuP 3 Furusaka, Michihiro WeP 75 Franz, Christian WeP 58 FURUYA, Shunsuke ThA2-3 Fredrikson, Gunilla Nordin MoP 52 Fykin, Leonid TuP 24 Freeman, Samuel MoE2-4 Freilbach, Herbert MoB2-8 G Freire, Paulo ThD1-2 Frick, Bernhard TuF1-5 Gainov, Ramil MoB2-1 Frick, Bernhard WeD2-4 GalvánJosa, Víctor M. TuP 5 Frick, Bernhard WeD2-5 Gan, Weimin ThE1-5 Frielinghaus, Henrich TuE1-2 Ganeva, Marina TuE1-2 Frielinghaus, Henrich WeE2-2 Ganeva, Marina WeE2-2 Frielinghaus, Henrich MoP 21 Ganeva, Marina WeB1-4 Frielinghaus, Henrich MoP 44 Ganeva, Marina MoP 19 Frielinghaus, Henrich WeP 13 Ganeva, Marina WeP 115 Frielinghaus, Henrich WeP 43 Garab, Gyözö MoE2-5 Fritsch, Katharina WeP 63 Garamus, Vasil TuD2-5 Fritsch, Veronika TuP 4 Garbe, Ulf WeC2-3 Fromme, Michael MoB2-1 Garbus, Pelle Gorm TuP 104 Frommen, Christoph MoB1-5 Garcia-Moreno, Francisco TuP 128 Frontzek, Anna V. MoP 66 Gardner, J.S. WeC1-2 Frontzek, Matthias TuB2-4 Gardner, Jason TuA2-4 Frontzek, Matthias D. TuP 35 Gardner, Jason S TuC1-2 Frontzek, Matthias D. TuP 66 Gardner, Jason S. WeP 55 Fu, Zhendong TuP 13 Garlea, Ovidiu WeB2-1 Fu, Zhendong WeP 58 Garlea, V. Ovidiu TuP 10 Fuchs, Christian TuP 3 Garlea, V. Ovidiu TuP 57 Fuentes-Montero, Luis WeP 122 Garnier, Gil MoP 3 Fujii, Kenta MoP 17 Garst, Markus ThC2-9 Fujii, Yoshihisa ThD2-10 Garvey, Chris MoD2-2 Fujita, Masaki MoA1-3 Garvey, Christopher MoP 3 Fujita, Masaki TuP 34 Garvey, Christopher J. TuD1-1 208 | July 9-13, 2017 | DCC, Daejeon, Korea G arvey, Christopher J. TuE2-2 Gilles, Ralph MoP 84 Garvey, Christopher J. MoP 2 Gilles, Ralph WeP 99 Garvey, Christopher J. WeP 26 Gimenez-Pinto, V. TuD2-4 Gasser, Urs TuP 121 Giroud, Benjamin WeP 4 Gaudet, Jonathan ThA1-4 Giroud, Benjamin WeP 29 Gaulin, B.D. WeC1-2 Glaum, R. TuP 7 Gaulin, Bruce ThA1-4 Glazkov, V. MoP 127 Gauthier, Nicolas TuA2-4 Glazkov, V. MoP 128 Gauthier, Nicolas ThA2-5 Glazkov, V. TuP 63 Gavilán, H. TuP 85 Glazkov, V. P. MoB1-2 Gavilano, Jorge ThC1-5 Glazkov, V.P. TuP 21 Gawlitza, Kornelia MoP 19 Glazkov, Victor MoP 99 Ge, L. TuP 1 Glazkov, Victor MoP 105 Geltenbort, Peter ThE2-3 Glazkov, Victor TuP 93 Gentile, Thomas WeB2-3 GOEL, PRABHATASREE TuP 117 Gentle, Ian ThD2-5 Gogotsi, Yury WeF2-6 Georgii, Robert MoC2-7 Goko, T. TuP 103 Georgii, Robert TuE2-2 Goko, Tatsuo MoA1-2 Georgii, Robert WeA2-3 Golden, Emily MoP 50 Georgii, Robert WeA2-6 Goldman, Alan TuA1-5 Georgii, Robert ThC2-9 Gong, Dongliang TuA1-6 Georgii, Robert WeP 58 Gong, Jian MoB1-3 Georgii, Robert WeP 113 Gong, Wu MoP 116 Gerelli, Yuri MoE2-3 González-Alonso, D. TuP 85 GERELLI, Yuri TuE1-4 Goodwin, Andrew WeA1-3 Gerischer, Sebastian WeB2-4 Gorini, Giuseppe WeP 30 Gerischer, Sebastian WeB1-2 Goto, Makoto MoP 107 Gharghouri, Michael A. MoP 88 Gouchi, J. ThC2-3 Ghimire, N. J. ThC1-3 Goukasov, Arsen WeE2-1 GIAMARCHI, Thierry ThA2-3 Gourhant, Olivier WeP 5 Gibmeier, Jens MoP 95 Gradzielski, Michael MoD2-6 Gibmeier, Jens MoP 98 Gradzielski, Michael TuD1-4 Gilbert, Dustin A MoC2-1 Graf, Dieter WeP 16 Gilbert, Elliot MoE1-5 Graf, Dieter WeP 76 Gilbert, Elliot MoP 4 Graf, Werner MoB2-1 Gilbert, Elliot P. ThC2-6 Granada, J.R. MoP 118 Gilbert, Elliot P. WeP 26 Granada, Rolando MoB1-4 Gilbert, Elliot Paul MoP 17 Granados, Cecilia TuP 104 Gilder, Stuart TuP 82 Granados-Miralles, Cecilia TuP 120 Gilles, Ralph TuF2-2 Granados-Miralles, Cecilia TuP 132 ICNS 2017 | 209 Gras, Sally TuE2-5 Gunter, Reinhart TuF2-2 Graves-Brook, Melissa TuP 57 Gunther, Gerrit TuP 128 Gray, Veronica ThE1-2 Guo, Hao WeP 73 Grazzi, Francesco TuC2-4 Guo, Hongyu TuD2-1 GRENIER, Béatrice ThA2-3 Gupta, Ajay MoC2-8 Greving, Imke MoE2-8 Gupta, M. TuP 72 Grigoriev, Sergey ThB2-5 Gupta, M. K. WeA1-5 Grigoriev, Sergey ThC2-4 Gupta, M. K. TuP 115 Grigoriev, Sergey TuP 38 Gupta, M. K. TuP 116 Grigoriev, Sergey WeP 37 Gupta, Mayanak K TuP 117 Grigoriev, Sergey WeP 38 Gupta, Mayanak Kumar WeA1-3 Grigoriev, Sergey WeP 89 Gupta, Mayanak Kumar TuP 81 Grigoriev, Sergey WeP 96 Gupta, Mukul MoC2-8 Grillo, Isabelle MoD2-3 Gupta, Mukul TuP 78 Grillo, Isabelle MoP 106 GUPTA, MUKUL TuP 83 Grivel, Jean - Claude TuP 37 GUPTA, RACHANA TuP 83 Grivel, Jean-Claude MoA1-2 Gupta, Sudipta TuD1-3 Grivel, Jean-Claude TuP 16 Gupta, Surbhi MoP 122 Groitl, Felix MoB2-8 Gureev, Alexander MoP 105 Groitl, Felix WeP 16 Gurzoni, Eduardo TuP 128 Groitl, Felix WeP 76 Gutberlet, T. TuB1-3 Groitl, Felix WeP 77 Gutberlet, Thomas WeP 21 Grosse, Mirco TuC2-3 Gutberlet, Thomas WeP 31 Grotjahn, Kerstin MoB2-1 Gutfreund, P TuP 123 Gruenzweig, Christian TuC2-1 Gutfreund, Philipp TuD1-3 Gruenzweig, Christian MoP 104 Gutfreund, Philipp WeP 5 Grunzweig, Christian WeC2-5 Gutfreund, Philipp WeP 14 Grzimek, Verinika MoB2-1 Gutmann, Matthias WeA2-6 Gu, M. S. WeP 6 Gutmann, Matthias J. TuP 35 Gubler, Lorenz TuP 121 Gutsmiedl, Erwin ThE2-3 Guenther, Gerrit MoB2-1 Gvaramia, Manuchar WeE2-2 Guerard, Bruno ThB1-1 Gvaramia, Manuchar MoP 21 Guerard, Bruno ThB1-4 Gvaramia, Manuchar MoP 44 Guidi, T. WeP 65 Guidi, Tatiana WeF2-4 H Guidi, Tatiana ThA1-1 Guidi, Tatiania TuP 105 Ha, Jae-Min MoP 33 Gulutin, Anatoliy MoP 99 HA, Jae-Min MoP 43 Gummel, Jérémie MoD2-6 Ha, Jae-Min MoP 97 Gundlach, Carsten MoP 75 Ha, Jeong Won MoF2-5 210 | July 9-13, 2017 | DCC, Daejeon, Korea H aberl, Bianca WeB2-2 Hansen, Ursula ThA2-7 Habicht, Klaus WeP 63 Hansen, Ursula TuP 101 Haeck, Wim MoP 123 Hansen, Ursula WeP 80 Haertlein, Michael MoE2-2 Hansen, Ursula B. TuA2-1 Haertlein, Michael TuE2-1 Hansen, Ursula B. ThA2-2 Haertlein, Michael MoP 69 Hansen, Ursula B. TuP 35 Haertlein, Michael TuP 118 Hansen, Ursula B. TuP 105 Haese, Martin MoC2-6 Hanslik, Romuald WeP 13 Haese, Martin ThB1-3 Hanslik, Romuald WeP 43 Haese, Martin WeP 48 Hao, Lijie TuA1-2 Haese, Martin WeP 64 Hao, Yiqing TuA1-1 Hag, Leonie van 't TuE2-5 Harada, M. TuP 103 Hagita, Katsumi MoP 94 Harada, Masahide WeP 28 Haku, T ThA1-5 Harada, Masashi MoF2-4 Halcrow, Will ThB2-3 Harada, Masashi TuP 92 HALDER, SAYANTAN ThD1-4 Harbott, Peter WeE2-1 Hallas, Alannah ThA1-4 Harjo, Stefanus WeE1-4 Hall-Wilton, Richard ThB1-1 Harjo, Stefanus MoP 102 Hall-Wilton, Richard ThB1-3 Harjo, Stefanus MoP 108 Hall-Wilton, Richard John MoF1-4 Harriger, L. W. ThC1-3 Hama, Takayuki MoP 85 Harris, A. Brooks TuP 43 Hamilton, E. TuA2-2 Harti, Ralph WeC2-5 Han, Hyeon-Dong MoP 77 Harujo, Stefanus MoP 90 Han, Jianlong WeP 12 Hasegawa, Shin TuP 124 Han, Sung Hyun WeP 126 Hashiguchi, Takao MoP 107 Han, Wenze WeP 73 Hashiguchi, Takao WeP 28 Han, Y.S. WeP 2 Hashimoto, Naoki TuP 122 HAN, Young Soo MoP 35 Haslbeck, Franz TuP 2 Han, Youngkyu MoP 42 Haslbeck, Franz TuP 3 Han, Young-Soo MoD2-7 Hassager, Ole TuD1-1 Han, Young-Soo ThF1-2 Hassan, Taufique WeB2-3 Han, Young-Soo MoP 100 Hatnean, Monica Ciomaga TuP 95 Hanashima, Takayasu MoP 74 Hauback, Bjørn WeE2-5 Hanashima, Takayasu TuP 18 Hauback, Bjørn C. MoB1-5 Hanashima, Takayasu TuP 99 Hauke, Marco TuP 78 Hanashima, Takayasu WeP 118 Haule, Kristjan ThC1-1 Hanasima, Takayasu TuP 66 Hauß, Thomas TuE2-2 Hanley, Howard J. M. MoP 2 Hauß, Thomas MoP 57 Hansen, Henriette Wase WeD2-5 Häußler, Wolfgang TuP 3 Hansen, Steen MoP 53 Hawai, Takafumi TuP 54 ICNS 2017 | 211 Hawai, Takafumi TuP 56 Herrnberger, Alexander MoC2-6 Hawai, Takafumi TuP 57 Herrnberger, Alexander WeP 64 Hayashida, Hirotoshi WeC2-1 Herwig, Kenneth ThB1-1 Hayashida, Hirotoshi MoP 108 Hester, Gavin TuF1-4 Hayashida, Hirotoshi MoP 110 Hester, James WeP 70 Hayashida, Hirotoshi MoP 111 Hetmańczyk, ukasz TuP 26 Hayashida, Shohei TuP 49 Heuer, Anwen Krause WeB2-5 Hayden, Steven TuE1-3 Hevroni, Rafael TuP 60 He, J. Q. ThF2-8 Heybrock, Simon MoF1-5 He, Lunhua WeF2-4 Hiess, Arno WeP 109 He, Lunhua WeP 44 Hiess, Arno WeP 110 Heenan, Richard K. WeP 94 Higashi, Daiki ThC2-6 Heerden, Rudolph van WeP 84 Higashinaka, Ryuji TuP 51 Heerden, Rudolph van WeP 87 Higemoto, Wataru TuP 39 HEESUNG, JEONG TuP 135 Higemoto, Wataru TuP 46 Heger, Gernot MoP 71 Higuera, Isaak Lopez ThB1-1 Heinemann, Andre ThC2-4 Hino, Masahiro MoB2-6 Heinemann, Andre WeP 49 Hino, Masahiro WeE2-4 Heitmann, Tom TuF1-4 Hino, Masahiro ThB2-6 Held, Rainer MoC1-4 Hino, Masahiro MoP 31 Helgesen, Geir MoB1-5 Hino, Masahiro WeP 36 Helgesen, Geir TuP 110 Hintermair, Ulrich MoP 83 Heller, William MoD1-2 Hirai, Mitsuhiro MoP 59 Heller, William T. MoP 24 Hirai, Mitsuhiro MoP 67 Hellhammer, Rolf MoB2-1 Hiraka, Haruhiro WeA2-2 Hellsing, Maja ThB1-7 Hiraka, Haruhiro TuP 42 Hellsing, Maja TuP 118 Hirata, Toyoaki MoP 38 Hellsing, Maja S. TuD2-3 Hiroi, Kosuke WeC2-1 Hempelmann, Rolf WeD2-1 Hiroi, Kosuke MoP 108 Henrich, Frielinghaus ThD1-6 Hiroi, Kosuke MoP 110 Heo, Tae-Young TuP 33 Hiroi, Kosuke MoP 111 Heo, Yoon-Uk MoP 93 Hiroi, Zenji ThA1-3 Her, Yoon TuP 131 Hiroki, Akihiro TuP 124 Herck, Walter Van WeB1-4 Hirosawa, Kazu MoP 4 Herck, Walter Van WeP 115 Hirosawa, Kazu MoP 17 Heroux, Luke WeE2-6 Hirst, Christopher TuE1-2 Herranz, Iñigo MoB2-3 Hitti, B. TuP 103 Herranz, Iñigo WeP 81 Hjorvarsson, B TuP 123 Herrmannsdörfer, Thomas ThA1-1 Hjörvarsson, Björgvin MoC2-3 Herrnberger, Alexander MoC2-3 Hjörvarsson, Björgvin WeP 67 212 | July 9-13, 2017 | DCC, Daejeon, Korea H oagland, Richard MoP 86 Hong, Kunlun MoP 42 HOANG, SY MINH TUAN WeP 78 Hong, Minki MoP 87 Hoang, Sy Minh Tuan WeP 79 Hong, Tao MoA1-5 HOANG, SY MINH TUAN WeP 117 Hong, Tao TuP 1 Hodala, Janardhan TuP 127 Hong, Tao TuP 67 Hoeche, Daniel ThB1-3 Höppner, Henning ThB2-7 Hoffmann, Kyle MoE2-3 Hori, Jun-ichi WeP 85 Hoffmann, Lise ThA2-7 Hori, Koichiro ThD2-10 Hofmann, Michael ThF2-1 Horigane, K. TuA1-3 Hofmann, Michael MoP 84 Horio, Satoru WeA2-2 Hofmann, Michael MoP 95 Hörmann, Anja F. MoD2-6 Hoglund, Carina ThB1-1 Horstmann, Christian ThB1-3 Hohn, Nuri ThD2-8 Hoser, Andreas MoC2-7 Holbrey, John D. MoP 80 Hoser, Andreas ThD1-5 Holdaway, James TuE1-2 HOSER, ANDREAS TuP 20 Holden, Peter WeB2-5 Hoser, Andreas TuP 90 Holden, Peter MoP 63 Hoser, Andreas WeP 62 Holden, Peter MoP 70 Hoshikawa, Akihiro WeP 114 Holden, Peter J. MoP 3 Hoshikawa, Akinori WeF1-3 Holderer, Olaf TuE1-2 Hoshikawa, Akinori ThF2-2 Holderer, Olaf WeE2-2 Hosobata, Takuya WeE2-4 Holderer, Olaf MoP 19 Hou, Zhaomin TuD1-2 Holderer, Olaf MoP 44 Houben, Andreas TuB2-3 Hollett, J.W. WeC1-2 Houston, Judith TuB2-6 Holm, Sonja WeE2-5 Houston, Judith ThF2-7 Holm, Sonja ThA2-7 Howells, Gareth WeP 30 Holm, Sonja L. MoA1-2 Hsu, Yen-Ming ThD2-2 Holm, Sonja L. TuA2-1 Hu, Die TuA1-1 Holm, Sonja L. ThA2-2 Hu, Jifeng WeP 12 Holm, Sonja L. WeP 86 Huang, E-Wen MoP 87 Holm, Sonja Lindahl TuP 16 Huang, Qian TuD1-1 Holm, Sonja Lindahl TuP 37 Huang, Taotao WeB1-3 Holt, Stephen TuE1-1 Huckfeldt, Henning MoC2-2 Holt, Stephen WeP 72 Huesges, Zita TuP 4 Holt, Stephen A. MoP 3 Hughes, Arwel TuE1-1 Homma, Yoshiya TuP 66 Hughey, Kendall WeA2-1 Honecker, Dirk MoC1-5 Huh, June ThD2-3 Hong, Chang-Seop MoP 71 Huh, June MoP 36 Hong, Chang-Seop TuP 91 Hultman, Lars ThB1-1 Hong, Jiawang WeA1-1 Huq, Ashfia WeF1-1 ICNS 2017 | 213 Huq, Ashfia TuP 133 Imamovic, Eno WeP 55 Hussey, Daniel. S. MoP 112 Imbert, Gregory WeP 5 Hutanu, V. ThC1-3 Imperia, P. MoF1-2 Hutanu, Vladimir WeA2-3 Imperia, Paolo TuA2-4 Hutanu, Vladimir WeA2-6 Inamura, Yasuhiro TuP 14 Hutchison, Wayne TuP 41 Inamura, Yasuhiro TuP 18 Hwang, In Yong TuP 48 Inamura, Yasuhiro TuP 53 Hwang, In-Yong TuP 39 Inamura, Yasuhiro TuP 67 Hwang, In-Yong TuP 46 Inamura, Yasuhiro WeP 54 Hwang, Yong-Seok WeP 101 Inamura, Yasuhiro WeP 60 Hyde, Stephen MoD2-2 Inosov, D. S. ThC1-2 HYERI, KIM TuP 135 Inosov, Dmytro MoB2-8 Inosov, Dmytro TuP 89 I Ioffe, Alexander TuD2-5 Ioffe, Alexander WeF2-3 Ianasi, Catalin MoP 81 Ioffe, Alexander MoP 99 Ibuka, Soshi TuP 54 Ioffe, Alexander WeP 10 Ibuka, Soshi TuP 56 Ioffe, Alexander WeP 19 Igarashi, Noriyuki MoP 59 Ioffe, Alexander WeP 43 Igarashi, Noriyuki MoP 67 Ioffe, Alexander WeP 56 Iguchi, Satoshi TuP 14 Ionescu, M. MoC2-5 Iida, Kazuki TuA1-6 Irmgard, Buchberger TuF2-2 Iida, Kazuki TuP 112 Isakova, Natalia TuP 24 Iida, Kazuki TuP 122 Isakova, Natalia WeP 93 Iida, Kazuki WeP 54 Ishida, Toshinori WeE2-4 Iida, Kazuki WeP 61 Ishida, Toshinori ThF1-1 Ikeda, Kazutaka WeF1-4 Ishida, Toshinori WeP 74 Ikeda, Shugo TuP 66 Ishigaki, Toru WeF1-3 Ikeda, Yoshimasa MoP 85 Ishigaki, Toru ThF2-2 Ikeda, Yoshimasa WeP 28 Ishigaki, Toru WeP 114 Ikeda, Yujiro WeP 28 Ishikado, Motoyuki TuP 53 Ikedo, Y. TuP 103 Ishikado, Motoyuki TuP 67 Ikeuchi, K. TuA1-3 Ishikado, Motoyuki WeP 54 Ikeuchi, Kazuhiko TuP 53 Ishikado, Motoyuki WeP 61 Ikeuchi, Kazuhiko WeP 54 Ishikawa, Hirotaku MoP 113 Ikeuchi, Kazuhiko WeP 61 Ishikawa, Yoshihisa TuP 25 Iles, Gail TuP 41 Ishikawa, Yoshihisa TuP 44 Iles, Gail WeP 50 Ishikawa, Yoshihisa TuP 45 Iles, Gail WeP 52 Ishikawa, Yoshihisa TuP 47 Imai, Hideto ThF2-2 Ishikawa, Yoshihisa TuP 58 214 | July 9-13, 2017 | DCC, Daejeon, Korea I s hikawa, Yoshihisa WeP 114 JAEHAK, CHOI TuP 135 Islam, A.T.M. Nazmul ThA1-1 JAEYONG, LEE WeP 126 Issa, Fatima ThB1-1 Jaiswal, Vaibhav MoP 123 Itagaki, Keita WeP 23 Jaksch, Sebastian WeE2-2 Ito, Saya ThA2-4 Jaksch, Sebastian MoP 44 Ito, Shogo WeP 75 Jaksch, Sebastian WeP 13 Ito, Takashi U. ThA1-2 Jaksch, Sebastian WeP 42 Ito, Takayoshi WeC2-4 James, Jon ThB2-3 Itoh, S ThA1-5 Jang, Hyung-Sik MoP 33 Itoh, Shinichi ThA2-4 Jang, Jinsung MoP 100 Itoh, Shinichi TuP 54 Jang, Jong Dae MoD2-7 Itoh, Shinichi TuP 56 JANG, Jong Dae MoP 35 Itoh, Shinichi TuP 57 Jang, Yeongseon MoP 30 Itoh, Shinichi WeP 33 Janoschek, M. ThC1-3 Itoh, Shinichi WeP 71 Janoschek, Marc ThC1-1 Ivanov, A. ThC1-2 Janoschek, Marc TuP 2 Ivanov, Alexander TuA1-1 JASEUNG, KOO TuP 135 Ivanov, Alexandre TuA1-6 Javorský, Pavel ThC1-6 IVANOV, Alexandre WeP 66 Javorský, Pavel TuP 30 Ivanshina, Olga ThF2-3 Jenke, Tobias ThE2-3 Iversen, Kåre WeE2-5 Jensen, Jens ThA2-7 Iwasa, Kazuaki TuP 51 Jensen, Jens ThB1-1 Iwasa, Yoshihiro TuP 23 Jeon, Byoungil WeP 47 Iwase, Hiroki MoP 59 Jeon, Byung-Gu TuP 69 Iwase, Hiroki MoP 67 Jeon, Yoonnam MoP 24 Iwase, Hiroki WeP 97 Jeong, Daekyun MoP 103 Iyo, Akira TuP 67 Jeong, Hi Won MoF2-5 Izumi, Atsushi MoP 94 Jeong, Jaehong ThA1-6 Jeong, Jaehong TuP 12 J Jestin, J. TuD2-4 Jestin, Jacques MoP 5 Jackson, Andrew WeB1-1 Jestin, Jacques WeP 13 Jackson, Andrew ThB2-2 Ji, S. TuA1-3 Jacobs, Philipp TuB2-3 Ji, Sungdae WeC1-1 Jacobsen, Christian ThB1-3 Ji, Sungdae TuP 53 Jacobsen, H. TuA2-2 Jia, Xuejun MoP 120 Jacobsen, Henrik MoC1-6 Jiang, Chenyang ThB2-4 Jacobsen, Henrik TuP 16 Jiang, Jinxing WeC2-4 Jacobsen, Henrik TuP 17 Jimenez, A. TuD2-4 Jacobsen, Henrik TuP 37 Jimenez, Catalina Elena TuP 128 ICNS 2017 | 215 Jin, Wentao TuP 13 Kajimoto, Ryoichi WeP 71 Jo, S.-Y. TuP 98 Kakurai, K. TuP 100 Jo, Seongjun MoP 38 Kakurai, Kazuhisa ThA2-4 Jo, Seongjun MoP 101 Kakurai, Kazuhisa TuP 23 Johannes, Hattendorff TuF2-2 Kalyukanov, Andrew TuP 24 Johansson, C. TuP 85 Kamata, Hiroyuki MoP 20 Johansson, Håkan WeP 67 Kamazawa, Kazuya TuA1-6 Johansson, Niklas WeP 67 Kamazawa, Kazuya TuP 32 Johnston, David TuA1-5 Kamazawa, Kazuya TuP 64 Jones, Ronald MoF2-2 KAMAZAWA, Kazuya TuP 76 JONGSOON, KIM TuP 135 Kamazawa, Kazuya WeP 54 Jorba, Pau TuP 82 Kamazawa, Kazuya WeP 61 Josa, Víctor M. Galván ThB2-2 Kambara, Wataru WeP 61 Joshua, Schnell TuF2-2 Kaminski, Jochen ThB1-5 Jouault, Nicolas MoP 5 Kamiya, Y. TuP 1 Jullien, David TuB2-2 Kamiya, Yoshio WeP 23 JULLIEN, David ThB1-6 Kamiyama, Takashi ThF2-5 Jung, Ha Young MoP 37 Kamiyama, Takashi MoP 113 Jung, Huihun MoP 55 Kamiyama, Takashi MoP 126 Junghans, Ann TuE1-3 Kamiyama, Takashi TuP 25 Junghans, Ann MoP 54 Kamiyama, Takashi TuP 44 Kamiyama, Takashi TuP 45 K Kamiyama, Takashi TuP 47 Kamiyama, Takashi TuP 58 Kabra, Saurabh TuF2-4 Kamiyama, Takashi WeP 75 Kai, Tetsuya TuF2-4 Kamiyama, Takashi WeP 114 Kai, Tetsuya WeC2-1 Kamm, Paul H. TuP 128 Kai, Tetsuya MoP 108 Kampmann, Reinhard ThB1-3 Kai, Tetsuya MoP 110 Kanaki, Kalliopi MoF1-4 Kai, Tetsuya MoP 111 Kanatzidis, M. G. ThF2-8 Kajimoto, R. TuA1-3 Kanaya, Toshiji TuB1-1 Kajimoto, Ryoich TuP 53 Kanaya, Toshiji MoP 73 Kajimoto, Ryoich TuP 67 Kaneko, Fumitoshi TuD1-2 Kajimoto, Ryoichi MoA1-3 Kaneko, Koji MoP 74 Kajimoto, Ryoichi TuA1-6 Kaneko, Koji TuP 66 Kajimoto, Ryoichi ThA1-2 Kaneko, Yoshio TuP 56 Kajimoto, Ryoichi TuP 94 Kanesaka, Takuya TuP 97 Kajimoto, Ryoichi TuP 112 Kang, B. K. WeP 3 Kajimoto, Ryoichi WeP 54 Kang, Hyun Wook TuP 48 Kajimoto, Ryoichi WeP 61 Kang, Le WeP 44 216 | July 9-13, 2017 | DCC, Daejeon, Korea K ang, Namhyun MoF2-5 Keller, Lukas MoC1-6 Kang, Tae Hui MoP 24 Keller, Lukas TuP 19 Kansara, Ankitkumar M. MoP 79 Keller, Lukas TuP 28 Kapaklis, Vassilios TuD2-3 Keller, Lukas TuP 31 Karge, Lukas MoP 84 Keller, Thomas TuA1-4 Karge, Lukas WeP 49 Keller, Thomas WeP 58 Karge, Lukas WeP 99 Keller, Thomas WeP 104 Karpinski, Janusz TuP 6 Kemmerling, Günter WeP 43 Karpov, I.D. TuP 21 Kempfer, Stephan WeB2-4 Karpov, I.D. TuP 65 Kennedy, Brendan TuC1-3 Kartini, Evvy TuF1-2 Kennedy, S. J. TuP 108 Karton, Amir MoP 50 Kent, Ben TuE2-2 Kasai, Satoshi TuP 99 Kentzinger, Emmanuel WeP 115 Kasatani, Kazuhiro TuP 10 Kenzelmann, Michel MoC1-3 Katagiri, Masaki WeP 97 Kenzelmann, Michel TuA2-4 Katsaras, John TuE2-4 Kenzelmann, Michel WeE2-1 Katsavounis, Stefanos ThD1-5 Kenzelmann, Michel ThC1-5 Kaulich, Toralf MoB2-1 Kenzelmann, Michel ThC2-1 Kaushik, S D TuP 8 Kenzelmann, Michel TuP 31 Kawabata, Youhei MoE2-6 Kenzelmann., Michel ThA2-5 kawabata, Yuji MoB2-6 Kesal, Dikran MoP 8 Kawabata, Yuji ThB2-6 Keum, J. TuP 98 Kawaguchi, Tatsuya TuD1-2 Khan, Anzar ThD2-3 Kawakita, Y. ThF2-8 Khaplanov, Anton ThB1-1 Kawakita, Yukinobu TuP 18 Khar'kovskiy, Alexander MoP 99 Kawakita, Yukinobu TuP 64 Khasanov, Rusten MoP 99 Kawakita, Yukinobu WeP 71 Khaydukov, Yury MoC1-1 Kawamura, Seiko ThA1-2 Khaydukov, Yury ThE2-6 Kawamura, Shou MoA1-3 Kholmurodov, Kholmirzo T. TuE2-4 Kawasaki, Takuro MoP 74 Kiefer, Klaus WeB1-2 Kawasaki, Takuro MoP 102 Kiehn, Rudiger TuB2-5 Kawasaki, Takuro MoP 108 Kiesel, Irena MoE2-3 Kawasaki, Takuro MoP 116 Kihou, K. TuA1-3 Kawaura, Hiroyuki MoF2-4 Kikkawa, Akiko TuP 23 Kawaura, Hiroyuki TuP 92 Kikuchi, T. ThF2-8 Kawecki, Maciej TuD1-3 Kikuchi, Tatsuya TuP 14 Kayser, Paula TuC1-3 Kikuchi, Tatsuya TuP 18 Ke, Yubin ThE1-1 Kikuchi, Tatsuya TuP 64 Kearley, Gordon J. WeP 22 Kikuchi, Tatsuya WeP 60 Keimer, Bernhard MoC1-1 Kilbey, Michael MoP 42 ICNS 2017 | 217 Kilimenkov, Michael ThF1-3 Kim, M. R. WeP 2 Kim, Daeseung MoP 112 Kim, Mahn Won MoP 24 Kim, Dennis (Sungtae) WeA1-4 Kim, Man-Ho WeP 11 Kim, Dong-Kyu ThE1-3 Kim, Seyong MoP 36 Kim, Dong-Kyu MoP 93 Kim, ShinAe WeA2-2 Kim, Dong-Kyu WeP 67 Kim, Shin-Ae TuP 40 Kim, Dong-Kyu WeP 129 Kim, So Youn MoP 27 Kim, Eunhye MoD2-7 Kim, Su Jae TuP 48 Kim, Eun-Young WeP 67 Kim, Su-Jae TuP 39 Kim, Eun-Young WeP 129 Kim, Su-Jae TuP 46 Kim, Gideok MoC1-1 Kim, Tae-Ho WeD1-4 Kim, Guinyun WeP 23 Kim, Tae-Hwan MoD2-7 Kim, Hyeyoung MoP 65 Kim, Tae-Hwan MoP 34 Kim, Hyungsub TuP 62 KIM, Tae-Hwan MoP 35 Kim, Hyunjung TuP 126 Kim, Tae-Hwan MoP 36 Kim, Inhye TuP 33 Kim, Tae-Hwan MoP 42 Kim, J.-W. TuP 98 Kim, Tae-Hwan TuP 131 Kim, Jaeyong TuP 133 Kim, TaeJoo MoP 107 Kim, Jaeyong WeP 125 Kim, TaeJoo MoP 109 kim, Jeong Seog MoP 92 Kim, Tae-Ju ThF1-2 Kim, Jihan ThF2-5 Kim, Tea-Ho TuP 106 Kim, Jin Kon ThD2-1 Kim, Yong Il TuP 50 Kim, Jin Kon WeP 126 Kim, Young-Il MoP 77 Kim, Jin Kon WeP 127 Kim, Youngju MoP 109 Kim, Jin Man MoP 107 Kim, Youngju MoP 112 KIM, JISEOK WeP 78 Kim, Youngsu MoP 88 Kim, Jiseok WeP 79 Kimiyama, Masamichi MoE1-2 KIM, JISEOK WeP 117 Kimura, Hiroyuki WeA2-2 Kim, Jong Yul ThF1-2 Kimura, K ThA1-5 Kim, Jongyul MoP 107 Kimura, Kenta TuP 36 Kim, Jongyul MoP 109 Kimura, Kenta TuP 59 Kim, Jongyul MoP 112 Kimura, Tsuyoshi TuP 36 Kim, Joosun WeF2-5 Kimura, Tsuyoshi TuP 59 Kim, Jungin MoP 26 Kindervater, Jonas WeC1-4 Kim, K.-J. TuP 98 Kindervater, Jonas TuP 3 Kim, K.-Y. TuP 98 King, Martin D. TuP 109 Kim, Kee Hoon TuP 69 Kirby, Nigel MoD2-2 Kim, Ki Yeon WeP 128 Kirchhoff, Aaron WeB2-3 Kim, Ki-Yeon WeP 92 Kireenko, Yurii ThB2-5 Kim, Kye-Ryung WeP 101 Kirka, Michael TuC2-2 218 | July 9-13, 2017 | DCC, Daejeon, Korea K irkensgaard, Jacob TuD1-1 Klose, Frank WeP 72 Kirschner, Daniel A. MoE1-3 Knapp, Michael MoP 114 Kirstein, Oliver ThB1-1 Knapp, Michael WeP 88 Kirstein, Oliver ThE1-2 Knebel, Georg ThC1-5 Kishimoto, Hiroyuki ThD2-10 Knudsen, Erik Bergbäck MoF1-4 Kisi, Erich H. ThE1-2 Knudsen, Kenneth D. MoB1-5 Kitagawa, Hiroshi WeF1-4 Knudsen, Kenneth D. TuP 110 Kitagawa, Hiroshi TuP 122 Ko, Jongkuk MoP 29 Kitaura, Hidetoshi WeP 77 Ko, Kwang-Hoon WeP 128 Kitazawa, Hideaki TuP 31 Kobayashi, Hirokazu WeF1-4 Kitazawa, Yuzo MoP 17 Kobayashi, Hirokazu TuP 122 Kitchen, Brian WeB1-5 Kobayashi, Hisao TuP 66 Kittelmann, Thomas MoF1-4 Kobayashi, Tomohiro WeP 28 Kiyanagi, Ryoji MoP 74 Köbler, Ulrich TuP 90 Kiyanagi, Ryoji MoP 108 Koch, Christian Bender MoP 75 Kiyanagi, Ryoji TuP 18 Koch, Iris MoC2-2 Kiyanagi, Ryoji TuP 66 Kockelmann, Winfried TuF2-4 Kiyanagi, Ryoji WeP 114 Kockelmann, Winfried ThB2-3 Kiyanagi, Ryoji WeP 118 Kodama, Katsuaki TuP 53 Kiyanagi, Yoshiaki WeC2-1 Kodama, Katsuaki TuP 67 Kiyanagi, Yoshiaki MoP 110 Kofu, Maiko WeD1-3 Kiyanagi, Yoshiaki MoP 111 Kofu, Maiko WeF1-4 Kiyanagi, Yoshiaki WeP 85 Kofu, Maiko TuP 122 Klapproth, Alice WeP 50 Kofu, Maiko WeP 60 Klaus, Manuela TuP 128 Kohara, Shinji TuP 9 Klaus, Marcel WeP 21 Kohlbrecher, Joachim MoP 7 Klein, Oliver MoC2-3 Kohlbrecher, Joachim MoP 11 Kleines, Harald WeP 43 Kohlbrecher, Joachim MoP 12 Klemke, Bastian WeB1-2 Kohlbrecher, Joachim MoP 14 Klette, Hallgeir TuP 110 Köhli, Markus ThB1-5 Klicpera, Milan MoB2-9 Kohlmann, Holger WeB1-6 Klicpera, Milan ThC1-6 Kohlmann, Holger TuP 77 Klicpera, Milan TuP 30 Kohno, Y ThA1-5 KLIMKO, Sergey WeE2-1 Koizumi, Satoshi ThD1-6 Klinkby, Esben MoF1-4 Koizumi, Satoshi ThD2-6 Klitzing, Regine von MoD1-5 Koizumi, Satoshi ThF1-1 Klitzing, Regine von ThD2-7 Kolesnikov, A. I. ThA2-8 Klitzing, Regine von MoP 8 Kolesnikov, A. I. TuP 115 Klitzing, Regine von MoP 19 Kolevatov, Rodion MoB2-7 Klose, F. MoC2-5 Kolevatov, Rodion WeE2-5 ICNS 2017 | 219 Komamiya, Sachio WeP 23 Kriele, Armin MoP 84 Komatsuzaki, Naoya MoP 64 Krist, Thomas ThB2-8 Konik, Peter ThB2-5 Kubota, Aiko TuP 14 Konik, Petr WeP 89 Kučerka, Norbert TuE2-4 Konik, Petr WeP 96 Kuchin, A. MoP 127 Kononikhina, Victoria ThE1-5 Kuchugura, Mariia TuP 107 Koo, Jaseung WeD1-4 Kudo, Kenji MoF2-4 Koo, Jaseung MoP 30 Kugler, Max ThC2-9 Koo, Jaseung TuP 106 Kühl, Thorsten ThB1-3 Koo, Jaseung WeP 91 Kühnel, Ruben-Simon TuF1-5 Koohpayeh, Seyed WeC1-4 Kulda, Jiri MoB2-9 Korelis, Panagiotis MoC2-6 Kulda, Jiri TuA1-6 Korelis, Panos WeP 64 Kulda, Jiří ThC1-6 Kornmeier, Joana Rebelo MoP 95 Kulikov, S. A. MoP 129 Korolkovas, Airidas WeB1-5 Kulin, German ThE2-6 Korolokovas, Airidas TuD1-3 Kumagai, Masayoshi MoP 85 Korovin, Alexander TuP 102 Kumar, Amit TuC1-4 Kosata, Jan WeP 18 KUMAR, AMIT ThA2-6 Kotliar, Gabi ThC1-1 Kumar, Rajeev WeP 112 Kouno, Yasushi TuP 92 Kumar, Ram TuP 87 Koutsioubas, Alexandros WeE2-2 Kumar, Ravi TuP 8 Koutsioubas, Alexandros TuP 70 Kumar, S.K. TuD2-4 Koutsioubas, Alexandros WeP 19 Kumar, Sanat MoP 5 Kovalenko, E. MoP 128 KUMAR, SONU ThD1-4 Kovalenko, E. TuP 63 Kumar, Sugam MoP 7 Koza, Michael TuP 30 Kumar, Sugam MoP 11 Koza, Michael M. TuP 27 Kumar, Sugam MoP 14 Krakovsky, Ivan MoP 89 KUMARI, SUNITA ThD1-4 Krasnov, Igor MoE2-8 Kundu, Sarathi MoP 12 Krause, Patrick MoP 8 Kurbakov, Alexander TuP 107 Krause-Heuer, Anwen MoP 70 Kure, Mathias MoC1-6 Kravchuk, Lev MoP 105 Kurita, Nobuyuki ThA2-4 Kreisel, Andreas TuA2-1 Kurita, Nobuyuki TuP 97 Kremer, R. K. TuP 7 Kusada, Kohei WeF1-4 Kreuzer, Lucas ThD2-8 Kusaka, Katsuhiro MoP 61 Kreuzpaintner, Wolfgang MoC2-3 Kusaka, Katsuhiro MoP 64 Kreuzpaintner, Wolfgang MoC2-6 Kuttich, Björn WeD1-2 Kreuzpaintner, Wolfgang WeP 48 Kutz, Heinrich MoB2-1 Kreuzpaintner, Wolfgang WeP 64 Kuwahara, Keitaro ThA2-4 Kreyssig, Andreas TuA1-5 Kuznetsov, I.A. MoP 124 220 | July 9-13, 2017 | DCC, Daejeon, Korea K w aambwa, Habauka TuP 118 Laux, Valerie MoE2-2 Kwak, Jongheon WeP 126 Lawrence, Jon ThC1-1 Kwak, Jongheon WeP 127 Le, M. D. WeP 65 Kwocz, Agnieszka TuP 26 Le, Manh Duc ThA2-8 Kwon, Hanna MoE1-4 Leal, Luiz MoP 123 Kwon, Hoon WeE1-3 Leao, Juscelino MoP 47 Kwon, Hyeok-Jung WeP 101 Lebech, Bente MoC1-6 Kwon, Soon-Woo WeE1-3 Lebed, July WeP 53 Kwon, Young-Jun WeE1-3 Lechner, Ruep E. MoP 57 Kyrey, Tetyana MoP 19 Lee, C. H. TuA1-3 Lee, ChangHee WeA2-2 L Lee, Changhee MoP 29 Lee, ChangHee MoP 107 Lacatusu, Monica-Elisabeta TuP 37 LEE, Chang-Hee TuB1-5 Lacatusu, Monica-Elisabeta TuF2-4 Lee, Chang-Hee WeP 39 Lacatusu, Monica-Elisabeta TuP 16 Lee, Chang-Hee WeP 128 Lacatusu, Monica-Elisabeta TuP 35 LEE, Chi-Hung TuP 43 Lacy, Jeffrey ThB1-2 Lee, D. TuP 61 Lai, Samson Y. TuP 110 Lee, Daehee WeF2-5 Lake, Bella WeB2-4 Lee, Eunji TuP 33 Lake, Bella ThA1-1 Lee, Hae Rang MoP 78 Lake, Vanessa MoP 63 Lee, Hak Bong TuP 40 Lakey, Jeremy TuE1-1 Lee, Hak Bong TuP 69 Lamsal, Jagat TuA1-5 LEE, HAN RIM WeP 78 Lan, Si WeE1-4 LEE, HAN RIM WeP 117 LAN, Si ThE1-4 Lee, Hanrim WeP 79 Lander, Gerry ThC1-1 Lee, Heeju ThF2-5 Lange, Carsten WeP 21 Lee, Heeju TuP 126 Langridge, Sean MoC2-4 Lee, Ho Keun TuP 50 Lapertot, Gérard ThC1-5 Lee, Hoyeon MoP 38 Larsen, Andreas N MoP 53 Lee, Jaegab MoP 103 Larsen, Jacob MoA1-2 Lee, Jeong Soo WeP 91 Larsen, Jacob TuA2-1 Lee, Jeong-Soo MoP 30 Lasitsa, M.V. MoP 124 Lee, Jimin MoE2-1 Lasitsa, M.V. MoP 125 Lee, Jimin MoP 68 Lass, Jakob TuP 105 Lee, Jumi TuE1-5 Laszlo, Krisztina MoD1-3 Lee, Jumi MoP 28 Laszlo, Krisztnia TuP 111 Lee, Juncheol MoE2-1 Lauter, V. TuP 98 Lee, Juncheol MoP 68 Lauter, Valeria MoC2-9 Lee, June Hyuk WeP 91 ICNS 2017 | 221 Lee, June Hyuk WeP 92 Lee, Yonghoon MoP 101 Lee, June Hyuk WeP 128 Lee, Young ThA2-1 Lee, Kee Hwan TuP 48 Leerberg, Helle TuP 105 Lee, Keel Yong TuE1-5 Lefmann, Kim MoA1-2 Lee, Keel Yong MoP 65 Lefmann, Kim MoB2-7 Lee, Kwang-Sei MoP 71 Lefmann, Kim MoC1-6 Lee, Kwang-Sei MoP 72 Lefmann, Kim MoF1-3 Lee, Kwang-Sei TuP 91 Lefmann, Kim TuA2-1 Lee, Min-Jae MoP 97 Lefmann, Kim TuC2-4 Lee, S. MoF1-2 Lefmann, Kim WeE2-5 Lee, S.S. MoP 92 Lefmann, Kim ThA2-2 Lee, Sang-hwa Lee TuP 133 Lefmann, Kim ThA2-7 Lee, Sanghyun ThF2-5 Lefmann, Kim TuP 16 Lee, Sanghyun MoP 126 Lefmann, Kim TuP 17 Lee, Sanghyun TuP 25 Lefmann, Kim TuP 37 Lee, Sanghyun TuP 44 Lefmann, Kim TuP 101 Lee, Sanghyun TuP 45 Lefmann, Kim TuP 105 Lee, Sanghyun TuP 47 Lefmann, Kim WeP 68 Lee, Sanghyun TuP 52 Lefmann, Kim WeP 80 LEE, Sang-Jo MoP 43 Lefmann, Kim WeP 86 Lee, Seong-Soo ThF1-2 Lefrançois, Emilie WeC1-3 Lee, Seongsu WeA2-4 Lehmann, Eberhard WeC2-2 Lee, Seongsu TuP 39 Lehmann, Eberhard MoP 104 Lee, Seongsu TuP 46 Lehmann, Eberhard WeP 27 Lee, Seongsu TuP 48 Leiner, Jonathan ThA2-8 Lee, Seongsu TuP 62 Lejay, Pascal WeC1-3 Lee, Seongsu TuP 130 LEJAY, Pascal ThA2-3 Lee, Seongsu TuP 131 Lelièvre-Berna, E. ThC2-2 Lee, Seongsu TuP 134 Lelièvre-Berna, E. TuP 100 Lee, Seung Wook MoP 109 Lelièvre-Berna, Eddy MoF1-1 Lee, Seung Wook MoP 112 Len, Adel MoP 81 Lee, Seung-Hun TuF2-5 Lerche, Michael WeP 27 Lee, Soo Yeol MoP 87 Leung, Anna MoP 70 Lee, Soo Yeol MoP 88 Leung, Ivanhoe K H MoP 58 LEE, Sung-Hwan MoP 43 Levi, Adam MoD1-2 Lee, SungHyun TuP 58 Lhotel, Elsa WeC1-3 Lee, Sungman WeP 128 Lhotel, Elsa TuP 17 Lee, Taehoon MoD2-8 Li, Bing ThF2-8 Lee, Tung Lik WeE1-2 Li, Fankang WeP 104 LEE, Wai-Tung WeP 9 Li, Nan MoP 86 222 | July 9-13, 2017 | DCC, Daejeon, Korea L i , Shiliang TuA1-2 Liu, Yun TuD2-1 Li, Shiliang TuA1-6 Liu, Yun WeF1-2 Li, Wen-Hsien TuP 43 Liu, Yuntao WeP 73 Li, Wen-Hsien WeP 55 Llamas-Jansa, Isabel MoB1-5 Li, Xiang MoP 4 Lograsso, T. ThC2-2 Li, Xiang MoP 18 Logvenov, Gennady MoC1-1 Li, Xiang MoP 20 Löhmann, Oliver ThD2-7 Li, Xiang-Yang MoP 86 Löhneysen, Hilbert von TuP 4 Li, Xiyang WeF2-4 Lohstroh, Wiebke TuP 122 Li, Yuan MoA1-1 Lokitz, Bradley WeP 112 Liang, Tairan MoP 120 Lønbæk, Kenneth ThA2-2 Lilley, Steven WeP 20 Long, Timothy WeP 112 Lim, Joshua MoB2-8 Longeville, Stephane MoP 45 Lim, Kwang Soo ThF2-5 Lott, Dieter ThC2-5 Lim, Pueleum TuP 33 Louat, Alex ThA1-6 Lim, Sung-Hwan MoD2-8 Loy, Chee W. ThD1-3 Lim, Sung-Hwan MoP 33 Lu, Huaile WeP 44 Lim, Sung-Hwan MoP 34 Lu, Weijian WeP 51 Lim, Sung-Hwan MoP 97 Lu, Xingye TuA1-2 Lim, Sung-Hwan MoP 130 Lu, Xingye TuA1-4 Lim, Yong-beom MoP 62 Lu, Xingye TuA1-6 Lin, Jiao TuC2-2 Lucas, Stefan TuP 4 Lin, Jin WeA2-2 Lucin, Vladimir TuP 120 Lin, S.-Z. ThC1-3 Luetkens, Hubertus ThA1-1 Lin, Xiaohuan TuP 47 Lukas, Petr TuB2-5 Lind, Tania TuE2-1 Lumsden, Mark ThC1-1 Lind, Tania MoP 52 Luna, Paula MoB2-3 Lind, Tania MoP 69 Luna, Paula WeP 81 Lindau, Rainer ThF1-3 Luo, Huiqian TuA1-2 Lindelof, Poul Erik TuC2-4 Luo, Huiqian TuA1-6 Ling, Chris WeF2-1 Luo, Ping WeP 44 Lippert, Thomas MoC1-3 LUO, Zhi TuD2-2 Littrell, Kenneth WeE2-6 Lushnikov, Sergey G. MoP 66 Litvin, Vasiliy WeP 53 Lyksborg, Mark MoP 75 Litvin, Vasily MoP 99 Lynn, Jeff TuA1-1 Liu, Chain Tsuan WeE1-4 Lynn, Jeffrey W. MoA2-2 Liu, Longxiang WeP 12 Lynn, Jeffrey W. TuP 43 Liu, Shimin MoP 76 Lyonnard, Sandrine TuF2-3 Liu, Weihong WeE1-4 Liu, Xinzhi WeP 73 ICNS 2017 | 223 M Mannhart, Jochen MoC2-3 Mannhart, Jochen MoC2-6 Ma, J. ThC2-3 Mannhart, Jochen WeP 64 Ma, Jie TuP 1 Manning, A. G. MoF1-2 Ma, Xiaobai WeP 73 Manoshin, Sergej TuP 88 Ma, Xiaoyan TuA1-2 Mansell, Rhodri MoC2-4 Maehlen, Jan Petter TuP 110 Mansson, M. TuP 103 Maekawa, Sadamichi ThA1-2 MANSSON, Martin ThA2-3 Maekawa, Yasunari TuP 124 Mansson, Martin TuP 28 Magan, Miguel MoB2-3 Månsson, Martin TuP 49 Magan, Miguel WeP 81 Månsson, Martin WeP 124 Mahendru, Dhishant MoC2-4 Manuel, Pascal WeA2-5 Mairoser, Thomas MoC2-3 Manuel, Pascal WeA2-6 Mairoser, Thomas MoC2-6 Manuel, Pascal ThA1-3 Mairoser, Thomas WeP 64 Manz, Sebastian MoC1-3 Maity, Sumit Ranjan TuP 19 Mara, Nathan MoP 86 Majewski, Jaroslaw TuE1-3 Marais, Deon WeP 84 Majewski, Jaroslaw MoP 54 Marais, Deon WeP 87 Majewski, Jaroslaw MoP 86 Marchal, Julien ThB1-4 Majkrzak, Charles WeP 34 Maric, Selma TuE2-1 Makino, Koya ThC2-6 Maric, Selma MoP 52 Makino, Koya ThC2-7 Maric, Selma MoP 69 Makowska, Malgorzata TuF2-4 Marin, Viktor WeP 53 Makowska, Malgorzata MoP 114 Marko, Marton MoB2-7 Maksimov, L. MoP 127 Marko, Marton WeP 16 Malmsten, Martin TuE2-1 Markó, Marton WeP 76 Mamontov, E. MoP 51 Marstal, Kasper MoP 75 Mamontov, Eugene MoE2-7 Martel, Anne MoE2-3 Mamontov, Eugene WeF2-6 Martel, Anne MoE2-4 Mamontov, Eugene MoP 46 Martin, Christopher ThB1-2 Manawan, Maykel TuF1-2 Martin, Nicolas TuP 84 Mancera, Ricardo L. TuE2-2 Martinez, Jose Luis WeP 81 Mancisidor, Maite WeP 81 Martiny, Emil TuP 17 Mangiapia, Gaetano WeE2-2 Marumo, Júlio T. TuP 128 Mangiapia, Gaetano MoP 21 Maruyama, Kenji TuP 18 Mangin-Thro, Lucile MoA1-1 Masalovich, Sergey WeP 48 Mangin-Thro, Lucile WeP 29 Maskova, Silvie ThC1-4 Mankey, G. J. MoC2-5 Mason, Thomas E. MoA2-1 Manley, Michael WeA1-2 Masuda, T ThA1-5 Mannhart, Jochen MoC1-4 Masuda, Takatsugu TuP 10 224 | July 9-13, 2017 | DCC, Daejeon, Korea M asuda, Takatsugu TuP 49 Mayr, Sina MoC2-6 Masui, Tomomi ThD2-10 Mayr, Sina WeP 48 Mata, Jitendra ThD2-9 Mayr, Sina WeP 64 Mata, Jitendra WeP 26 Mazzone, Daniel Gabriel ThC1-5 Mat'aš, Slavomir TuP 69 McEwan, Jake ThD2-5 Matori, Khamirul A. ThD1-3 McGillivray, Duncan ThD2-9 Matsubayashi, K. ThC2-3 McGillivray, Duncan J MoP 58 Matsuda, M. TuA1-1 McGregor, Andrew WeP 25 Matsuda, M. ThC2-3 McIntyre, Garry TuA2-4 Matsuda, M. TuP 1 McNally, Graham M. WeA2-5 Matsuda, Masaaki MoA1-5 McPhail, David WeP 30 Matsuda, Masaaki TuP 32 McQueeney, Robert TuA1-5 Matsuda, Masaaki WeP 104 Mei, Longwei MoP 119 Matsukawa, Takeshi WeF1-3 Mei, Longwei MoP 120 Matsukawa, Takeshi ThF2-2 Meilleur, Flora MoP 50 Matsukawa, Takeshi WeP 114 Melnichenko, Yuri ThF2-6 Matsumoto, Hiroki WeP 98 Mena, Luis WeP 81 Matsumoto, Masashige TuP 49 Mendil-Jakani, Hakima TuF2-3 Matsumoto, Y ThA1-5 Meng, Ziyang TuA1-2 Matsumoto, Yoshihiro WeC2-1 Menzel, Dirk ThC2-4 Matsumoto, Yoshihiro MoP 108 Metwalli, Ezzeldin TuF1-3 Matsumoto, Yoshihiro MoP 110 Meven, Martin WeA2-3 Matsuura, Masato MoA1-3 Meven, Martin WeA2-6 Matsuura, Masato ThA1-2 Meven, Martin MoP 71 Matsuura, Masato TuP 14 Meven, Martin WeP 69 Matsuura, Masato WeP 71 Mezei, Ferenc ThB2-1 Matt, Alexander Daniel MoP 32 Miao, Ping TuP 47 Mattauch, Stefan WeE2-2 Micciulla, Samantha ThD2-7 Mattauch, Stefan WeF2-3 Michael, Hofmann TuF2-2 Mattauch, Stefan TuP 70 Michael, Schulz TuF2-2 Mattauch, Stefan WeP 10 Michels, A. TuP 71 Mattauch, Stefan WeP 19 Midtgaard, Soren MoE1-5 Mattauch, Stefan WeP 58 Mignot, J.-M. ThC1-2 Matveev, Vasiliy WeP 96 Mikula, P. TuP 21 Mauerhofer, Eric WeP 21 Mikula, Pavol WeP 39 Maurel, Marie Christine MoP 56 Mikula, Pavol WeP 40 Mauws, C. WeC1-2 Millán, Angel TuA2-5 Maynard-Casely, Helen WeP 70 Miller, Herbert MoE2-1 Mayr, Sina MoC1-4 Miller, Herbert MoP 68 Mayr, Sina MoC2-3 Millot, Coraline TuF2-3 ICNS 2017 | 225 Min, B.-C. TuP 98 Mohd, Amir Syed WeP 58 Minemura, Toru ThF1-1 Molaison, Jamie TuP 60 Minniti, Triestino ThB2-3 Molaison, Jamie J. WeB2-2 Mirebeau, Isabelle TuP 84 Mole, R. A. ThA1-5 Mishra, S. K. TuP 115 Mole, Richard MoD2-4 Misra, Abhishek TuP 127 Mole, Richard WeF2-1 Misuraca, Loreto MoP 56 Mole, Richard TuP 41 Mitchell, Jeremy ThC1-1 Mole, Richard WeP 52 Mitra, S. TuE2-3 Mole, Richard A WeP 9 Mitra, S. WeD2-2 Momani, Sae'd Hashem Al WeP 1 Mitra, S. ThD2-4 Momose, Atsushi MoP 115 Mitra, S. MoP 9 Mondelli, Claudia ThB2-2 Mitra, S. TuP 119 Mondelli, Claudia TuP 5 Mitra, Saibal TuF1-4 Mongstad, Trygve T. TuP 110 Mitsuda, Setsuo TuP 31 Monkenbusch, Michael WeE2-2 Mitsukami, Yoshiro MoP 18 Monkenbusch, Michael MoP 44 Mittal, R. TuP 115 Moody, Peter MoE1-4 Mittal, R. TuP 116 Mooij, L TuP 123 Mittal, Ranjan WeA1-3 Mook, H.A. ThC1-7 Mittal, Ranjan WeA1-5 Moon, B. M. WeP 3 Mittal, Ranjan TuP 81 Moon, Jooho WeF2-5 Mittal, Ranjan TuP 117 Moon, Myung Kook MoP 109 Mittelbach, Rainer MoD2-2 Moon, Myung Kook WeP 128 Miwa, Kazutoshi TuP 28 Moon, Myungkook WeA2-2 Miyake, Yasuhiro TuP 39 Moore, Lamar MoF1-5 Miyake, Yasuhiro TuP 46 Mora, Tomas MoB2-3 Miyata, Noboru WeC2-4 Mora, Tomas WeP 81 Miyata, Noboru TuP 92 Moreno, Angel J. WeD1-1 MIYATA, Noboru TuP 96 Morgano, Manuel TuF2-4 Miyata, Noboru TuP 99 Morgano, Manuel WeP 27 MIYAZAKI, Tsukasa TuP 96 Mori, Michiyasu ThA1-2 Mizuno, Fumio TuP 67 Morikawa, Toshiaki WeP 97 Mizuno, Yuki TuP 9 Morishima, Ken MoP 18 Mizusawa, Mari WeC2-4 Morita, Shin-ya WeE2-4 Mizusawa, Mari TuP 129 Morkel, Christoph ThE2-3 Mochiku, Takashi TuP 45 Morrow, Ryan TuC1-1 Moeslang, Anton ThF1-3 Mortensen, Kell TuD1-1 Moghaddam, Minoo MoD2-2 Mosconi, Marita MoB2-3 Mohd, Amir Syed TuP 70 Moskvin, Evgeniy WeP 37 Mohd, Amir Syed WeP 19 Moskvin, Evgeniy WeP 38 226 | July 9-13, 2017 | DCC, Daejeon, Korea M oskvin, Evgeniy WeP 96 Murai, Naoki WeP 54 Moskvin, Evgeny ThB2-5 Murasawa, Kodai MoP 85 Moskvin, Evgeny WeP 89 Murashev, Mihail MoP 105 Moulin, Jean-Francois MoC2-6 Musfeldt, Janice WeA2-1 Moulin, Jean-Francois ThB1-3 Mutka, Hannu TuP 67 Moulin, Jean-Francois ThD2-8 Mutka, Hannu TuP 101 Moulin, Jean-Francois WeP 48 Mutter, Markus MoP 98 Moulin, Jean-François WeP 64 Muzny, Chris D. MoP 2 Moulin, Martine TuE2-1 Moulin, Martine MoP 69 N Moulin, Martine TuP 118 Mourigal, M. ThA2-8 Nabbi, Rahim WeP 21 Mourigal, M. TuP 1 Nabbi, Rahim WeP 31 Moyhoshi, Taketo TuP 76 NAEEM, Muhammad WeE1-4 Moyoshi, Taketo TuP 32 Nagao, Michihiro MoE2-6 Muehlbauer, Sebastian WeP 49 Nagao, Michihiro WeD1-3 Mühlbauer, Martin ThF2-1 Nagaosa, Naoto TuP 56 Mühlbauer, Martin Johann MoP 114 Nagler, S.E. WeC1-2 Mühlbauer, Martin Johann WeP 88 Nagy, Balazs TuP 111 Mühlbauer, Sebastian MoA1-4 Nagy, Gergely MoE2-5 Mühlbauer, Sebastian WeA2-6 Nagy, Gergely TuP 121 Mühlbauer, Sebastian WeP 58 Nakagawa, Shintaro MoP 20 Mukherjee, Saumya MoC1-3 Nakajima, K. ThF2-8 Mukherjee, Saumya TuP 31 Nakajima, Ken WeP 85 Mukherji, Debashis MoP 84 Nakajima, Kenji ThA2-4 Mukhopadhay, R. TuP 119 Nakajima, Kenji TuP 14 Mukhopadhyay, R. TuE2-3 Nakajima, Kenji TuP 18 Mukhopadhyay, R. WeD2-2 Nakajima, Kenji TuP 49 Mukhopadhyay, R. ThD2-4 Nakajima, Kenji TuP 51 Mukhopadhyay, R. MoP 9 Nakajima, Kenji TuP 76 Mukhopadhyay, Sanghamitra WeE1-5 Nakajima, Kenji TuP 94 Mukhopadhyay, Sanghamitra MoP 121 Nakajima, Kenji TuP 97 Muller, Martin TuB2-5 Nakajima, Kenji WeP 60 Muller, Raphael WeP 16 Nakajima, Kenji WeP 71 Müller, Martin MoE2-8 Nakajima, Taro TuP 23 Müller, Martin ThB1-3 Nakajima, Taro TuP 31 Müller-Buschbaum, Peter TuF1-3 Nakamura, Mitsutaka ThA1-2 Müller-Buschbaum, Peter ThD2-8 Nakamura, Mitsutaka TuP 18 Munakata, Koji MoP 74 Nakamura, Mitsutaka TuP 53 Munakata, Koji WeP 118 Nakamura, Mitsutaka TuP 64 ICNS 2017 | 227 Nakamura, Mitsutaka TuP 67 Niedermayer, Christof MoA1-2 Nakamura, Mitsutaka TuP 122 Niedermayer, Christof MoB2-7 Nakamura, Mitsutaka WeP 54 Niedermayer, Christof MoC1-3 Nakamura, Mitsutaka WeP 61 Niedermayer, Christof TuA2-1 Nakamura, Mitsutaka WeP 71 Niedermayer, Christof ThA2-5 Nakamura, Tatsuya MoP 116 Niedermayer, Christof ThA2-7 Nakao, Akiko MoP 74 Niedermayer, Christof ThC1-5 Nakao, Akiko TuP 66 Niedermayer, Christof WeP 16 Nakao, Akiko WeP 118 Niedermayer, Christof WeP 76 Nakao, Hironori WeA2-2 Nielsen, Gøran ThA2-2 Nakao, Toshio MoP 94 Nielsen, Torben WeP 116 Nakatani, Takeshi WeC2-1 Nightingale, Jim ThB2-3 Nakatsuji, S ThA1-5 Nii, Yoichi TuP 23 Nambu, Yusuke ThC2-6 Nikolay, Miron WeP 93 Nambu, Yusuke TuP 57 Nilsen, Gøran ThA1-3 Nambu, Yusuke WeP 33 Nilsen, Gøran TuP 17 Namiki, Takahiro TuP 41 Nilsen, Gøran WeP 18 Nan, Ana - Elena TuP 37 Nilsen, Gøran WeP 29 Narayana, Chandrabhas TuP 127 Nilsen, Goran J. ThA2-5 Narayanan, Theyencheri MoD2-6 Nilsen, Gøran Jan MoC1-6 Narayanan, Theyencheri MoD2-8 Nishiki, Naomi WeP 77 Natali, Francesca MoP 56 Nishimura, Katsuhiko TuP 41 Natali, Francesca WeP 32 Nishiura, Masayoshi TuD1-2 Neelima, Paul TuF2-2 Niss, Kristine WeD2-5 Nelson, Andrew ThD2-5 Nižňanský, Daniel MoC1-5 Nelson, Andrew ThD2-9 Nledziela, J TuA1-5 Nelson, Andrew WeP 34 nnep, Renáta MoE2-5 Nelson, Andrew WeP 72 Noda, Yohei ThD2-6 Nemkovski, Kirill WeA2-6 Noda, Yohei ThF1-1 Nemkovski, Kirill TuP 112 Noda, Yukio WeA2-2 Nemkovski, Kirill TuP 113 Noda, Yukio TuP 52 Nemkovski, Kirill WeP 58 Noguere, Gilles ThE2-5 Nemoto, Fumiya MoP 31 Norizan, Y. N. A. TuP 108 Nemoto, Yuichi ThA1-2 Nosov, Alexander WeA2-4 Neuefeind, Joerg TuP 127 Notten, P.H.L. WeF2-3 Neuwirth, Tobias MoA1-4 Nouhi, Shirin TuD2-3 Newby, Robert WeP 34 Nowak, Gregor TuB2-5 Nguyen, Thi Lan Anh WeP 125 Nowak, Gregor ThB1-3 Nicolas, Fraser MoE2-2 Nowak, Gregor WeP 46 Niedermayer, Chrisrtof TuP 31 Nozaki, H. TuP 103 228 | July 9-13, 2017 | DCC, Daejeon, Korea N ozaki, Hiroshi MoP 90 Ohira-Kawamura, Seiko TuP 76 Nozaki, Hiroshi TuP 28 Ohira-Kawamura, Seiko TuP 97 Nozaki, Hiroshi TuP 92 Ohira-Kawamura, Seiko WeP 60 Ntsoane, Tshepo WeP 84 Ohira-Kawamura, Seiko WeP 71 Ntsoane, Tshepo WeP 87 Ohishi, Kazuki ThC2-7 Nusair, O. WeP 90 Ohishi, Kazuki TuP 23 Nusair, Omar WeP 95 Ohl, Michael WeE2-2 Nylander, Tommy TuE1-2 Ohl, Michael MoP 44 Ohnuma, Masato WeE2-4 O OHNUMA, Masato ThF1-1 Ohnuma, Masato WeP 74 Oda, Tatsuro MoB2-6 Ohta, Noboru MoP 59 Oda, Tatsuro ThB2-6 Ohta, Noboru MoP 67 Oda, Tatsuro WeP 36 Oikawa, Kenichi WeC2-1 Oden, Ulf WeP 81 Oikawa, Kenichi MoP 74 Oesinghaus, Lukas TuF1-3 Oikawa, Kenichi MoP 108 Ofer, O. TuP 103 Oikawa, Kenichi MoP 110 Ofer, Oren TuP 28 Oikawa, Kenichi MoP 111 Oguchi, Tamio ThC2-7 Oikawa, Kenichi MoP 116 Oh, Hyun Seok ThE1-6 Okada, T. ThC2-3 Oh, In-Hwan MoP 71 Okamoto, Yoshihiko ThA1-3 Oh, In-Hwan MoP 72 Okazaki, Keiichi MoP 90 Oh, In-Hwan TuP 40 Okuda, Natsuki MoP 64 Oh, In-hwan TuP 91 Okuyama, Daisuke ThC2-6 Oh, Joon Hak MoP 78 Okuyama, Daisuke ThC2-7 Oh, Joosung ThA2-8 OLIVIER, Jacques ThE2-5 Oh, Ohsung MoP 109 Ollivier, Jacques WeC1-3 Oh, Sol Mi MoP 27 Ollivier, Jacques WeD2-4 Oh, Younghoon MoD2-8 Ollivier, Jacques MoP 57 Oh, Younghoon MoP 130 Ollivier, Jacques TuP 36 Ohara, K. ThF2-8 Ollivier, Jacques TuP 89 Ohgushi, Kenya TuP 57 Olsen, Martin MoB2-7 Ohhara, Takashi MoP 74 Olsen, Martin WeP 86 Ohhara, Takashi TuP 66 Olsson, Anders ThB1-7 Ohhara, Takashi WeP 118 Olsson, Anders WeP 67 Ohira-Kawamura, Seiko ThA2-4 Onimaru, Takahiro TuP 51 Ohira-Kawamura, Seiko TuP 14 Onishi, Hiroaki ThA1-2 Ohira-Kawamura, Seiko TuP 18 Ono, Toshio TuP 10 Ohira-Kawamura, Seiko TuP 49 Onose, Y. TuP 100 Ohira-Kawamura, Seiko TuP 51 Onykiienko, Yevhen TuP 89 ICNS 2017 | 229 Orecchini, Andrea MoD1-4 Park, Eun Soo ThE1-6 Orecchini, Andrea WeP 35 Park, Garam MoP 71 Osborn, John WeP 51 Park, Garam TuP 91 Oshima, Kazuyuki MoP 18 Park, J. M. Sungil MoP 71 Ostermann, Andreas MoE1-4 Park, J. M. Sungil TuP 91 Osti, Naresh WeF2-6 Park, J. M. Sungil WeP 59 Otake, Yoshie MoP 85 Park, J. M. Sungil WeP 100 Otake, Yoshie MoP 107 Park, J. T. TuA1-2 Otake, Yoshie WeP 28 Park, J. T. TuA1-3 Otomo, Toshiya WeF1-4 Park, J. T. TuA1-4 Ouladdiaf, Bachir MoC1-3 Park, Jae-Hoon WeC1-1 Ouladdiaf, Bachir WeA2-6 Park, Je-Geun ThA2-8 Ouladdiaf, Bachir ThC1-5 Park, Je-Geun ThA2-9 Ouladdiaf, Bachir WeP 57 Park, Je-Geun TuP 12 Ouladdiaf, Bachir WeP 122 Park, Je-Geun TuP 52 Park, Je-Geun TuP 56 P Park, Jitae TuA1-1 Park, Jitae T. WeP 58 Pablo, Juan de MoD1-2 Park, Moon Jeong MoP 37 Pablo, Juan J. de MoE2-3 Park, S. TuP 98 Paciaroni, Alessandro WeP 35 Park, Sang-Youn WeC1-1 Paddison, J A M TuC1-2 Park, Seong-Hun MoP 71 PAGE, Katharine ThE1-4 Park, Seong-Hun TuP 91 Pal, D. TuP 87 Park, SoHyun TuA2-3 Palsson, Gunnar TuP 123 Park, SoHyun TuP 59 Palsson, Gunnar WeP 45 Park, Sungkyun TuP 61 Palsson, Gunnar WeP 67 Park, T.R. MoP 92 Pálsson, Gunnar K. WeB1-5 Parker, Joseph MoP 115 Pan, Bingying TuA1-1 Parker, Joseph Don WeC2-1 Pan, Ping-I ThF2-4 Parker, Joseph Don MoP 108 Pandey, A TuA1-5 Parker, Joseph Don MoP 110 Pandey, Nidhi MoC2-8 Parker, Joseph Don MoP 111 PANDEY, NIDHI TuP 83 Parker, Stewart MoP 121 Pandey, Pankaj Kumar MoE2-9 Parker, Stewart F. WeP 30 Pappas, C. TuP 100 Parkhomenko, Vitaly WeA2-4 Pappas, Catherine TuB2-1 Parnell, Steven R. WeP 104 Pappas, Catherine ThC2-2 Paschen, S. ThC1-2 Pappas, Catherine TuP 79 Patil, S TuP 125 Paradowska, Anna WeC2-3 Patwe, S J TuP 117 Parchenko, Sergii MoC1-3 Patwe, S. J. TuP 116 230 | July 9-13, 2017 | DCC, Daejeon, Korea P aul, Amitesh MoC1-2 Petersen, Rasmus Toft - TuP 37 Paul, Amitesh MoC1-4 Peterson, Vanessa TuF2-1 Paul, Amitesh MoC2-3 Peterson, Vanessa WeP 70 Paul, Amitesh MoC2-6 Petit, Dorothee MoC2-4 Paul, Amitesh TuP 73 PETIT, Sylvain ThA2-3 Paul, Amitesh TuP 74 Petra, Kudejova TuF2-2 Paul, Amitesh TuP 75 Petrenko, Oleg A. TuP 95 Paul, Amitesh TuP 78 Petry, Winfried ThE2-3 Paul, Amitesh WeP 48 PETUKHOV, Alexandre ThB1-6 Paul, Amitesh WeP 64 Pfleiderer, Christian WeA2-6 Paul, Neelima TuP 78 Pfleiderer, Christian TuP 2 Paul, Stephan ThE2-3 Pfleiderer, Christian TuP 3 Paulus, Werner TuP 19 Pfleiderer, Christian TuP 82 Pavlov, Konstantin ThB2-5 Phan, Dinh Minh MoP 28 Pavlov, Konstantin WeP 89 Phan, Minh Dinh TuE1-5 Pecanha-Antonio, Viviane TuP 55 Phan, Minh Dinh MoP 65 Pedersen, Björn TuA2-3 Picha, Roppon MoP 117 Pedersen, Björn WeA2-6 Pieper, Jörg MoP 57 Pedersen, Björn TuP 59 Pierpauli, Karina MoB1-4 Pedersen, Björn WeP 88 Ping, Miao TuP 25 Pedersen, Jan Skov MoP 52 Pinna, Roberto S. WeP 30 Pedersen, Martin C MoP 53 Piovano, Andrea ThA2-2 Peetz, Jacqueline MoB2-8 Piovano, Andrea TuP 15 Pena-Francesch, Abdon MoP 55 Piovano, Andrea TuP 105 Peng, Jen-Chih WeP 55 PIOVANO, Andrea WeP 66 Pentenero, Jérome ThB1-4 Pipich, Vitaliy MoP 91 Pentz, Peter TuC2-4 Pipich, Vitaliy TuP 13 Pereira, Jose ThD1-2 Pipich, Vitaliy WeP 43 PEREZ-SALAS, Ursula TuE1-4 Pirogov, A. N. WeP 3 Perfetti, Mauro TuP 101 Pirogov, A.N. MoP 60 Perlado, Jose Manuel MoB2-3 Pirogov, Alexander WeA2-4 Perlado, Jose Manuel WeP 81 Piscitelli, Francesco ThB1-1 Perring, T.G. ThC1-7 Platonov, S. MoP 127 Persson, Joerg TuP 113 Pleshanov, Nikolay WeP 17 Perßon, Jörg TuP 112 Plewka, Jörn ThB1-3 Pesach, Asaf MoC2-7 Podlesnyak, A. ThC1-3 Pesach, Asaf TuP 60 Podyrec, K MoP 128 Peters, Judith WeD1-5 Pomjakushin, Vladimir ThA2-5 Peters, Judith MoP 56 Pomjakushin, Vladimir TuP 6 Peters, Judith WeP 32 Pomjakushin, Vladimir TuP 11 ICNS 2017 | 231 Pomjakushin, Vladimir TuP 28 Princep, A. J. TuA2-2 Pomjakushin, Vladimir TuP 31 Priyanto, Tri Hardi WeP 102 Pomjakushina, Ekaterina TuP 6 Proffen, Th. TuP 61 Pomm, Matthias MoC2-6 Prokes, Karel WeA2-6 Pomm, Matthias ThB1-3 Prokes, Karel WeB2-4 Pomm, Matthias WeP 48 Prokes, Karel TuP 40 Pomm, Matthias WeP 64 Prokeš, Karel TuP 69 Pomposo, Josetxo WeD1-1 Prokhnenko, Oleksandr WeB2-4 Pomyakushin, Vladimir TuP 93 Prokofiev, A. ThC1-2 Ponard, Anne WeP 5 Prsa, K. TuP 103 Pooke, Donald WeB1-3 Prsa, Krunoslav TuP 28 Pooley, Daniel ThB2-3 Prša, Krunoslav ThA1-7 Pooley, Daniel WeP 30 Pschenichnyi, Kirill ThC2-4 Porcar, Lionel MoD1-3 Puetter, Sabine WeP 19 Porcar, Lionel MoE2-3 Pullen, Stewart WeP 25 PORCAR, Lionel TuE1-4 Pulvermacher, Samuel TuC2-3 Porcar, Lionel TuF1-3 Puspita, Widya Rika TuP 45 Porcar, Lionel TuF2-3 Pütter, Sabine MoC2-8 Porcher, Florence TuA2-3 Pütter, Sabine TuP 70 Porcher, Florence TuC2-4 Pütter, Sabine WeP 58 PORCHER, Florence MoP 82 Putz, Ana-Maria MoP 81 Porras, Ignacio ThE2-4 Pyczak, Florian ThE1-5 Portnichenko, P. Y. ThC1-2 Pynn, Roger WeP 104 Pospelov, Gennady WeB1-4 Pospelov, Gennady WeP 115 Q Posth, O. TuP 85 Prabhakaran, D. TuA2-2 Qian, F. ThC2-2 Prabhakaran, Dharmalingam TuA2-1 Qian, F. TuP 100 Prabhu, Vivek MoD1-2 Qian, Fengjiao TuP 79 Praena, Javier ThE2-4 Qian, Shuo MoP 24 Prajapat, C. L. MoC1-2 Qiu, Y. TuP 1 Prajapat, C. L. TuP 72 Qiu, Yiming WeB2-3 Prajapati, Pradeep K. MoP 79 Quintero-Castro, D. L. TuP 1 Prakash, Pulkit TuP 86 Qureshi, N. TuA1-3 Pramanick, Abhijit ThE1-1 Qureshi, Navid ThC2-8 Prätzel, Engelhard ThB1-3 Qureshi, Navid TuP 95 Prescott, Stuart WeB1-1 Qureshi, Navid WeP 57 Preston, Thomas J. TuP 110 Prévost, Bobby ThA2-5 Prévost, Sylvain MoD2-6 232 | July 9-13, 2017 | DCC, Daejeon, Korea R Reehuis, Manfred TuP 40 Regmi, Murari ThB1-2 R, Chitra TuP 22 REGNAULT, Louis-Pierre ThA2-3 Raaths, Christo WeP 84 Regnault, Louis-Pierre ThA2-5 Raaths, Christo WeP 87 Rehm, Christine MoD2-2 Rachel, Stephan TuP 89 Rehm, Christine ThD1-3 Radulescu, Aurel TuB2-6 Rehm, Christine MoP 2 Radulescu, Aurel TuD1-2 Rehm, Christine WeP 24 Radulescu, Aurel WeF2-2 Reim, Johannes D. ThC2-6 Radulescu, Aurel WeP 56 Reimann, Tommy MoA1-4 Raghuwanshi, Vikram S. MoP 3 Reinsch, Helge TuP 114 Rahn, Marein WeA2-6 Rekas, Agata MoP 63 Rajeevan, N E TuP 8 Remhof, Arndt TuF1-5 Ramakrishnan, Mahesh MoC1-3 Ren, Wei TuA2-4 Ramasamy, Radha Perumal MoP 15 Rennie, Adrian ThB1-7 Ramasamy, Radha Perumal MoP 39 Rennie, Adrian TuP 118 Ramazanoglu, Mehmet TuA1-5 Rennie, Adrian R. TuD2-3 Ramirez-Cuesta, Timmy WeB2-2 Rennie, Adrian R. TuP 109 Ramos, Mike ThC1-1 Ressouche, Eric ThC1-5 RANJAN, RAHUL MoP 16 Retuerto, Maria TuA2-1 Raspino, Davide ThB1-2 retuerto, Maria TuP 105 Raven, Emma MoE1-4 Reuther, Johannes ThA1-1 Raven, Emma L. MoE2-4 Rhodes, Nigel ThB2-3 Raventos, Marc MoP 104 Riberolles, Simon TuP 95 Raverty, Warwick MoP 3 Ricci, Giulia TuP 5 Ravikumar, G. MoC1-2 Richard, Campbell WeP 14 Ravn, Anders K. TuP 105 Richardson, Robert WeB1-1 Rawat, Rajeev MoC2-8 Richmond, Scott ThC1-1 Rawat, Rajeev TuP 78 Richter, Dieter WeP 43 Ray, Debes MoP 10 Rivin, Oleg MoC2-7 Ray, Debes MoP 13 Rivin, Oleg WeB2-4 Ray, Pia J. TuP 35 Roach, David WeP 25 Rayaprol, S. TuP 87 Robert, Barker WeP 14 RAYAPROL, SUDHINDRA TuP 20 Robert, Julien WeC1-3 Raymond, Stephane TuP 113 Roberts, Gordon C.K. MoE2-4 RAYMOND, Stéphane ThA2-3 Robertson, Lee ThB2-4 Raymond, Stéphane ThC1-5 Rod, Thomas WeP 116 Raymond, Stéphane TuP 112 Rodriguez, Jose TuP 36 Real, Florent MoP 123 Rodriguez-Carvajal, Juan WeP 122 Rebelo-Kornmeier, Joana MoP 98 Rodriguez-Carvajal, Juan WeP 123 ICNS 2017 | 233 Rodriguez-Rivera, Jose WeB2-3 Rudić, Svemir WeE1-5 Rodriguez-Rivera, Jose ThA1-1 RUEGG, Christian ThA2-3 Rodriguez-Rivera, Jose A ThA2-7 Ruegg, Christian WeP 16 Rodríguez-Velamazán, José Alberto Rüegg, Christian WeP 76 TuA2-5 Rule, Kirrily TuA2-4 Roehl, Christopher TuP 105 Rule, Kirrily TuP 43 Roessli, B. TuP 103 Ruminy, Martin ThA2-2 Roessli, Bertrand TuP 49 Russina, Margarita MoB2-1 Rolfs, Katharina TuP 6 Russina, Margarita TuP 114 Rols, S. TuP 116 Russina, Margarita TuP 128 Rols, Stefan TuP 81 Ruvinskaya, Ekaterina WeP 89 Rols, Stephane TuP 117 Ryan, Timothy M MoP 58 Rols, Stéphane ThA2-2 Ryder, Matthew WeE1-5 Rols, Stéphane TuP 30 Ryll, Hanyo ThA1-1 Ronning, F. ThC1-3 Ryu, Du Yeol MoP 38 Ronnow, Henrik MoB2-7 Ryu, Du Yeol MoP 101 Ronnow, Henrik M. WeP 16 Ryu, Ji Myung ThF1-2 Ronnow, Henrik M. WeP 76 Ryu, Ji-myung WeP 59 Ronnow, Henrik M. WeP 77 Ryu, Ji-Myung WeP 100 Rønnow, Henrik TuP 101 Ryu, Jungju MoP 25 Rønnow, Henrik M. ThA1-7 Ryu, Jungju MoP 26 Rønnow, Henrik M. ThA2-2 Ryu, Wook Ha ThE1-6 Rønnow, Henrik Moodysson TuP 36 Ryukhtin, Vasyl MoP 91 Rosen, Johanna MoC2-7 Roshchupkin, Dmitry ThE2-6 S Röska, Benedikt TuA2-3 Röska, Benedikt TuP 59 Sabaté-Gilarte, Marta ThE2-4 Rösler, Joachim MoP 84 Sacchetti, Francesco WeP 35 Rossa, Lutz MoB2-1 Sadykov, Ravil MoP 99 Rössler, Ulrich K. TuP 84 Sadykov, Ravil MoP 105 Rosta, Laszlo MoP 89 Sadykov, Ravil TuP 93 Roth, Georg WeA2-3 Sadykov, Ravil WeP 53 Roth, Georg WeP 69 Sadykov, Ravil WeP 106 Rouijaa, Mustapha TuB2-5 Saerbeck, Thomas MoC2-2 Rouijaa, Mustapha WeP 46 Saerbeck, Thomas TuP 102 Roze, Fabien WeP 5 Saerbeck, Thomas WeP 14 Rücker, U. TuB1-3 Safinya, Cyrus MoE2-1 Rücker, Ulrich WeP 21 Safinya, Cyrus MoP 68 Rücker, Ulrich WeP 31 Saha, Debasish MoP 13 Rudic, Svemir WeP 30 SAHA, SUBIT KUMAR ThD1-4 234 | July 9-13, 2017 | DCC, Daejeon, Korea S a ini, Apurve MoP 22 sathe, Vasant G. MoP 122 Sakaguchi, Yoshifumi TuP 18 Sathish, C. I. ThA2-9 Sakai, Takamasa MoP 4 Satija, Sushil TuE1-5 Sakai, Takamasa MoP 20 Satija, Sushil WeD1-4 Sakai, V. Garcia TuE2-3 Sato, Hirotaka MoP 108 Sakai, V. Garcia WeD2-2 Sato, Hirotaka MoP 113 Sakai, Victoria Garcia WeD1-5 Sato, Hirotaka WeP 75 Sakakibara, T ThA1-5 SATO, Kaoru MoF2-3 Sakurai, Hiroya TuP 28 Sato, Masatoshi TuP 32 Sakurai, Kenji WeC2-4 Sato, Shuma TuD1-2 Sakurai, Kenji TuP 129 Sato, Taku J. ThC2-6 Sala, Gabriele ThC1-4 Sato, Taku J. ThC2-7 Sala, Garbiele WeC1-4 Sato, Taku J. TuP 57 Sales, Brian WeA2-1 Satoh, Kazuhiko TuP 14 Salhi, Zahir WeP 19 Satoh, Setsuo MoP 110 Salhi, Zahir WeP 43 Satoh, Setsuo WeP 105 Salhi, Zahir WeP 56 Säubert, Steffen TuP 2 Salvemini, Filomena WeC2-3 Säubert, Steffen TuP 3 Samoylova, Nataly ThF2-3 Sauer, Olaf-Peter MoB2-1 SAMPATHKUMARAN, E V TuP 20 Saura-Muzquiz, Matilde TuP 132 Sand, Asger MoP 53 Saura-Múzquiz, Matilde TuP 120 Sani, Marc-Antonine MoP 49 Savici, Andrei WeB2-1 Sano, Tadafumi WeP 85 Savii, Cecilia MoP 81 Santisteban, Javier MoB1-4 Sazonov, A. ThC1-3 Santodonato, Louis TuC2-2 Sazonov, Andrew WeA2-3 Santos, Antonio de TuP 60 Sazonov, Andrew WeP 69 Sapkota, Aashish TuA1-5 Scaramucci, Andrea TuP 31 Saroun, J. TuP 21 Schäffer, Turi K. TuA2-1 Saroun, Jan TuB2-5 Schäffer, Turi K. ThA2-7 Saroun, Jan MoP 95 Schanzer, Christian WeP 33 Saroun, Jan WeP 39 Schefer, Juerg TuP 19 Saroun, Jan WeP 40 Schefer, Jürg TuA2-3 Saroun, Jan WeP 46 Schefer, Jürg WeE2-5 Sartbaeva, Asel MoP 83 Schefer, Jürg ThA2-2 Sarte, P.M. WeC1-2 Scheie, Allen WeC1-4 Sasaki, Akio MoP 64 Scherillo, Antonella TuC2-4 Sasaki, Takahiko TuP 14 Schiavone, Maria M. TuD1-2 Sasaki, Tsukasa WeP 75 Schiavone, Maria Maddalena WeF2-2 Sassa, Y. TuP 103 Schillinger, Burkhard TuC2-3 Sassa, Yasmine TuP 37 Schillinger, Burkhard TuC2-4 ICNS 2017 | 235 Schiro, Giorgio MoE1-1 Schweika, Werner WeE2-1 Schlagel, D. ThC2-2 Schweins, Ralf ThB2-2 Schlegel, Moritz-Casper MoB2-1 Schweins, Ralf TuP 5 Schlegel, Moritz-Casper TuP 114 SCOTTA, Juan Pablo ThE2-5 Schlipf, Johannes TuF1-3 Sechovsky, Vladimir MoB2-9 Schmalzl, Karin TuP 112 Segawa, Mariko WeC2-1 Schmalzl, Karin TuP 113 Segawa, Mariko MoP 110 Schmehl, Andreas MoC2-3 Segura, Jaime WeP 4 Schmehl, Andreas MoC2-6 Segura, Jaime WeP 5 Schmehl, Andreas WeP 64 Segura, Jaime WeP 14 Schmid, Siegbert ThD1-3 Seifert, Marc TuP 82 Schmidt, Christian MoP 40 Seiichi, Kuroda ThD1-6 Schmidt, Fabian ThB1-5 Seki, Shinichiro ThC2-6 Schmidt, Soeren MoP 104 Seki, Shin-ichiro TuP 23 Schmidt, Soren TuF2-4 Seki, Yoshichika MoP 115 Schmidt, Thomas J. TuP 121 Sekine, Kotaro MoP 102 Schmidt, Ulrich ThB1-5 Semenikhin, S.Yu. MoP 124 Schneck, Emanuel ThD2-7 Semenikhin, S.Yu. MoP 125 Schneider, Christof MoC1-3 Semkin, Mikhail WeA2-4 Schneider, Harald TuP 70 Sentsho, Zeldah WeP 84 Schneider, Michael WeP 33 Sentsho, Zeldah WeP 87 Schneidewind, Astrid MoA1-2 Senyshyn, Anatoliy WeA2-6 Schneidewind, Astrid MoB2-8 Senyshyn, Anatoliy ThF2-1 Schneidewind, Astrid TuP 89 Senyshyn, Anatoliy TuP 107 Schneidewind, Astrid WeP 58 Senyshyn, Anatoliy WeP 88 Schober, H. TuP 116 Seong, B.S. ThF1-1 Schober, Helmut WeA1-3 Seong, B.S. MoP 92 Schober, Helmut TuP 81 Seong, Baek Seok MoF2-5 Schoekel, Alexander WeP 88 SEONG, BAEK SEOK ThF1-2 Schönemann, Rico ThA1-1 Seong, Baek Seok MoP 91 Schorr, Susan WeP 62 SEONG, BAEK SEOK WeP 1 Schorr, Susan WeP 63 Seong, Baek Seok WeP 59 Schrader, Tobias MoE1-4 Seong, Baek-Seok TuB1-5 Schrader, Tobias WeA2-6 Seong, Baek-Seok WeP 39 Schrader, Tobias E. TuD1-2 Seong, Baek-Seok WeP 40 Schreyer, Andreas ThE1-5 Seong, Baek-Seok WeP 47 Schulz, Michael MoA1-4 Seong, Baek-Seok WeP 95 Schulz, Michael MoP 114 Seong, Baek-Seok WeP 100 Schulz, Michael TuP 82 Seong, Seok Baek WeP 90 Schweika, Werner TuB2-3 Separovic, Frances MoP 49 236 | July 9-13, 2017 | DCC, Daejeon, Korea S e ra, M ThA1-5 Shibata, Kaoru WeP 71 Serrano, Ander MoB2-3 Shibayama, Mitsuhiro MoD1-1 Seto, hideki MoB2-6 Shibayama, Mitsuhiro MoP 4 Seto, Hideki MoE2-6 Shibayama, Mitsuhiro MoP 17 Seto, Hideki ThD2-10 Shibayama, Mitsuhiro MoP 18 Seto, Hideki MoP 31 Shibayama, Mitsuhiro MoP 20 Seto, Hideki WeP 71 Shibayama, Mitsuhiro MoP 94 Seung, B. S. WeP 2 Shiina, Ryousuke TuP 49 Seung, B.S. WeP 6 Shimakura, Hironori TuP 18 Seydel, Tilo MoE2-8 Shimamoto, Kenta MoC1-3 Seydel, Tilo MoP 1 Shimizu, Nobutaka MoP 59 Seydel, Tilo TuP 17 Shimizu, Nobutaka MoP 67 Sferrazza, Michele MoP 23 Shin, E. J. WeP 2 Shabunina, Galina TuP 93 Shin, Eun Joo MoP 109 Shafronovskaya, A. I. MoP 129 Shin, Eunjoo ThF1-2 Shahlori, Rayomand ThD2-9 Shin, Eunjoo MoP 96 Shaked, Hagai MoC2-7 Shin, Eunjoo WeP 1 Shalaev, Evgenyi MoD2-3 Shin, I.-J. TuP 98 Shamoto, Shin-ich TuP 53 Shin, Kwang Woo TuP 69 Shamoto, Shin-ich TuP 67 Shin, Kwanwoo TuE1-5 Shamoto, Shinichi ThA1-2 Shin, Kwanwoo MoP 28 Shanbhag, Ganapati TuP 127 Shin, Kwanwoo MoP 65 Shang, Dashan TuP 68 Shin, Tae Joo ThF2-5 Sharma, Nitika TuP 81 Shin, Tae-Gyu MoP 91 Sharma, V. K. WeD2-2 Shinohara, Takenao TuF2-4 Sharma, V. K. MoP 51 Shinohara, Takenao WeC2-1 Sharma, V.K. TuE2-3 Shinohara, Takenao MoP 108 Sharma, V.K. ThD2-4 Shinohara, Takenao MoP 110 Sharma, V.K. MoP 9 Shinohara, Takenao MoP 111 Sharma, V.K. TuP 119 Shinohara, Takenao MoP 115 Sharp, Melissa MoB2-3 Shishkin, Ivan WeP 37 Shaw, Paul ThD2-5 Shishkin, Ivan WeP 38 SHEN, Baolong ThE1-4 Shrestha, Utsab MoE2-7 Shen, Fei MoP 120 Shrestha, Utsab MoP 46 Shen, Shipeng TuP 68 Shrestha, Utsab MoP 47 Shen, Yao TuA1-1 Shudo, Yasuyuki MoP 94 Shepherd, Rosalie H. TuP 109 Shushunov, M. MoP 127 Shi, Guosheng MoD2-4 Shushunov, M. MoP 128 Shibata, K. ThF2-8 Shushunov, M. TuP 63 Shibata, Kaoru ThA1-2 Shvetsov, Valery ThE2-1 ICNS 2017 | 237 Sibille, Romain ThA2-5 Skoulatos, Markos WeP 58 Sidis, Y. TuA1-3 Skryabin, Yury WeA2-4 Sidis, Yvan MoA1-1 Smeibidl, Peter WeB2-4 Sidis, Yvan ThA1-6 Smeibidl, Peter WeB1-2 Siegfried, Sven-Arne ThC2-4 Smik, Michael MoC1-5 Siemers, Dirk Jan TuB2-5 Smith, Clive WeP 30 Sigiyama, Jun TuP 28 Smith, Gregory MoP 42 Silva, Laura da MoP 56 Smith, Gregory S. MoD2-5 Sim, Hasung ThA2-9 So, Ji-Yong WeP 119 Sim, Hasung TuP 12 Sobolev, Boris TuP 24 Sim, Hasung TuP 52 Sobolev, Oleg WeP 58 Simeoni, Giovanna ThA1-1 Soda, M ThA1-5 Simeoni, Giovanna TuP 101 Soda, Minoru TuP 10 Simeth, Wolfgang WeA2-6 Soda, Minoru TuP 49 Simon, Charles MoB1-1 Soh, Hoi Sup MoP 103 Simonet, Virginie WeC1-3 Sohn, Daewon MoP 25 SIMONET, Virginie ThA2-3 Sohn, Daewon MoP 26 Singh, Baltej WeA1-3 Sokolov, Nikolai TuP 102 Singh, Baltej TuP 116 Sokolova, Anna MoD2-2 Singh, Puyam S. MoP 79 Sokolova, Anna WeE2-3 Singh, Ripandeep TuP 81 Sokolova, Anna MoP 100 Singh, S. TuP 98 Soltwedel, Olaf TuE1-2 Singh, Saurabh MoP 54 Soltwedel, Olaf MoP 19 Singh, Son MoP 103 Somanathan, Swathi MoP 15 Singh, Surendra MoC1-2 Somenkov, V. MoP 127 Singh, Surendra TuP 72 Somenkov, V. MoP 128 Singh, Vikram TuP 78 Somenkov, V. TuP 63 Singh, Yogesh ThA1-1 Somenkov, V. A. MoB1-2 Singleton, John WeA2-1 Somenkov, V. A. TuP 29 Sinha, Sunil K. MoA2-3 Somenkov, V.A. TuP 21 Siouris, Ioannis M. ThD1-5 Somenkov, Victor MoP 105 Siruguri, V. TuP 87 Son, Hyunjoo MoP 30 siruguri, Vasudeva MoP 122 Sondergaard-Pedersen, Frederik M. SIRUGURI, VASUDEVA TuP 20 TuP 132 Sjogreen, Kristoffer WeP 81 Song, Chaeyeon MoE2-1 Skar-Gislinge, Nicholas MoF2-6 Song, Chaeyeon MoP 68 Skoda, Maximilian TuE1-1 Song, Gian TuC2-2 Skoda, Maximilian W. A. TuP 109 Song, Jiyun MoP 29 Skoro, Goran WeP 20 Song, Ki-Myung TuP 62 Skoulatos, Markos ThA2-2 Song, S. TuP 61 238 | July 9-13, 2017 | DCC, Daejeon, Korea S o ng, Yoodae MoP 126 Steinke, Nina-Juliane WeP 82 Soon, Aloysius WeF2-5 Stellacci, Francesco TuD2-2 Sørby, Magnus H. MoB1-5 Sterbinsky, George WeF2-5 Sordo, Fernando MoB2-3 Sterer, Eran TuP 60 Sordo, Fernando WeP 81 Stewart, J Ross TuC1-2 Sørensen, Mikkels TuP 101 Stewart, J. R. WeP 65 Sorokin, Nikolai TuP 24 Stewart, Ross TuP 39 Sotlwedel, Olaf ThD2-7 Stewart, Ross TuP 114 Sotres, Javier WeB1-1 Stewart, Ross WeP 18 Souza, Nicolas de WeP 50 Stingaciu, Marian TuP 120 Souza, Nicolas R de MoB2-5 Stingaciu, Marian TuP 132 Soyama, Kazuhiko TuP 99 Stock, C. WeC1-2 Spedding, James WeP 25 Stock, Norbert TuP 114 Sponar, Stephan ThE2-2 Stockert, Oliver TuP 4 Sproll, Véronique TuP 121 Stoica, Alexandru TuC2-2 Srinivasan, H. TuE2-3 Stone, M TuA1-5 Srinivasan, H. WeD2-2 Stone, M. B. ThA2-8 Srinivasan, H. MoP 9 Stone, M.B. WeC1-2 Srivastava, Samanvaya MoD1-2 Stone, Matthew ThC1-4 Stahn, Jochen MoC1-4 Störmer, Michael ThB1-3 Stahn, Jochen MoC2-3 Storsberg, Joachim MoP 40 Stahn, Jochen MoC2-6 Strobl, Markus TuB2-5 Stahn, Jochen MoC2-8 Strobl, Markus TuC2-4 Stahn, Jochen TuP 78 Strobl, Markus TuF2-4 STAHN, JOCHEN TuP 83 Strobl, Markus WeC2-5 Stahn, Jochen WeP 64 Strobl, Markus MoP 75 Stahn, Jochen WeP 80 Strobl, Markus WeP 27 Stampfl, Anton WeF2-5 Strunz, Pavel MoP 84 Stampfl, Anton P.J. ThE1-2 Studer, Andrew TuA2-4 Stan, Gheorghe TuD2-1 Studer, Andrew WeP 70 Stark, Andreas ThE1-5 Stuesser, Norbert WeB2-4 Staub, Urs MoC1-3 Stühn, Bernd WeD1-2 Stefan, Seidlmayer TuF2-2 Stühn, Bernd MoP 32 Stefanescu, Irina ThB1-3 Stuhr, Uwe TuA2-1 Steffens, Paul MoB2-9 Stunault, Anne TuB2-2 Steffens, Paul ThC1-6 Stusser, Norbert TuP 93 Steffens, Paul TuP 37 Su, Jielong MoP 3 Steinbrueck, Martin TuC2-3 Su, Yixi TuP 13 Steinke, Nina-Juliane MoC2-2 Su, Yixi TuP 55 Steinke, Nina-Juliane MoC2-4 Su, Yixi WeP 58 ICNS 2017 | 239 Su, Yuhua WeC2-1 T Su, Yuhua MoP 108 Su, Yuhua MoP 110 Tachibana, Makoto TuP 31 Su, Yuhua MoP 111 Taguchi, Yasujiro TuP 23 Suaifan, Mahmoud WeP 95 Tahara, Shuta TuP 18 Suaifan, Mahmoud Yaseen WeP 1 Tajudin, M. T. TuP 108 Sugiyama, J. TuP 103 Takabatake, Toshiro TuP 51 Sugiyama, Jun MoF2-4 Takacs, Erzsebet MoP 89 Sugiyama, Masaaki MoP 59 Takahashi, Kei S. TuP 56 Suh, Bonglim ThF2-5 Takahashi, Misato MoA1-5 Sumin, V.V. TuP 21 Takahashi, Ryuta TuP 18 Sumnikov, Sergey ThF2-3 Takahashi, Yoshiyuki WeP 85 Sumpter, Bobby MoP 42 Takamura, Masato MoP 85 Sun, Guangai MoB1-3 Takata, Shin-ichi WeP 97 Sun, Guangai MoP 89 Takayasu, Moyoshi WeP 118 Sun, Guangai WeP 15 TAKAYOSHI, Shintaro ThA2-3 SUN, GWANG MIN WeP 78 Takeda, Masayasu TuP 129 SUN, GWANG MIN WeP 117 Takeda, Shin WeE2-4 Sun, Kai WeP 73 Taketani, Atsushi MoP 107 Sun, Ya-Sen ThD2-2 Taketani, Atsushi WeP 28 Sun, Young TuP 68 Takeuchi, T ThA1-5 Sundaram, Nalini TuP 127 Takeya, Hiroyuki MoA1-5 Sung, Bong June MoD2-8 Takeya, Hiroyuki TuP 45 Sung, Bong June MoP 130 Takigawa, Masashi ThA1-3 Šurija, Vinko ThA1-7 Tamura, Itaru MoP 74 Suturin, Sergei TuP 102 Tamura, Kazuhisa MoP 73 Suzuki, Hiroshi MoP 85 Tan, Jin-Chong WeE1-5 Suzuki, Jun-ichi TuP 23 Tan, Zhijian TuP 47 Suzuki, Jun-ichi TuP 99 Tanaka, Hidekazu ThA2-4 Suzuki, Jun-ichi WeP 97 Tanaka, Hidekazu TuP 97 Suzuki, Shinsuke MoP 85 Tanaka, Ichiro MoE1-2 Svetogorov, Roman TuP 114 Tanaka, Ichiro MoP 64 Swain, Diptikanta TuP 127 Tanaka, Keiji MoP 38 Sykora, Jeffrey ThB2-3 Tanaka, Yu ThA1-3 Syromyatnikov, Vladislav TuP 80 TANG, M. WeP 111 Syromyatnikov, Vladislav WeP 96 Tang, Rasmus TuP 17 Szczerba, W. TuP 85 Tani, Misato WeP 23 Szklarz, Przemysław TuP 26 Taniguchi, Hiromi TuP 14 Tao, Quanzheng MoC2-7 Tarnavich, Vlad ThC2-5 240 | July 9-13, 2017 | DCC, Daejeon, Korea T a rnavich, Vladislav WeP 96 Toebbens, Daniel TuP 114 Tartaglione, Aureliano MoB1-4 Toft-Petersen, Rasmus MoB2-7 Tartakovskaya, Elena ThC2-5 Toft-Petersen, Rasmus MoB2-8 Tasaki, Seiji WeP 98 Toft-Petersen, Rasmus TuP 16 Tayal, Akhil TuP 78 Tokura, Y. TuP 100 Taylor, J ThA1-5 Tokura, Yoshinori ThC2-6 Taylor, John TuP 105 Tokura, Yoshinori TuP 23 Taylor, Jonathan MoF1-5 Tokura, Yoshinori TuP 56 Tchernyshov, Oleg WeC1-4 Tomandl, Ivo WeP 10 Tedjini, Marwan WeP 5 Tomiyasu, Ryoko WeP 114 Tejsner, Tim TuP 15 Tomota, Yo WeE1-1 Tejsner, Tim Birger TuP 37 Tomota, Yo MoP 108 Telling, Mark TuP 101 Tong, Xin ThB2-4 Telling, Mark T. F. MoP 1 Toperverg, Boris WeB1-5 Tengattini, Alessandro WeP 4 Toperverg, Boris WeP 45 Teplykh, Alexander WeA2-4 Torii, Shuki MoP 126 Terry, Ann ThF2-7 Torii, Shuki TuP 25 Terry, Ann E. WeP 94 Torii, Shuki TuP 44 Testa, Luc TuP 36 Torii, Shuki TuP 47 Thaler, Alexander N. WeP 104 Torii, Shuki TuP 58 Theil-Kuhn, Luise TuF2-4 Torii, Shuki WeP 114 Thibeault, Jacque ThA1-4 Torii, Shukii ThF2-5 Thiry, Marc MoF2-1 Torii, Shukii TuP 45 Thomas, Amandine ThF2-7 Tóth, S. TuA2-2 Thomas, Knoche TuF2-2 Tovar, Michael WeP 63 Thompson, J. D. ThC1-3 Tran, Phuong TuC1-1 Thompson, J. D. TuP 61 Trapp, Marcus MoP 8 Thompson, Joe ThC1-1 Trassin, Morgan MoC1-3 Tian, Gengfang WeP 73 Treimer, Wolfgang TuC2-1 TIAN, H.L. WeP 111 Treimer, Wolfgang ThB2-7 Tian, Haolai WeP 108 Tremsin, Anton TuC2-2 Tian, Qiang MoP 89 Tremsin, Anton S TuF2-4 Tian, W. TuP 1 Trouw, Frans ThC1-1 Tian, Wei WeA2-1 Trtik, Pavel TuF2-4 Tian, Wei TuP 68 Trtik, Pavel WeC2-2 Tietze, Rainer TuD2-5 Trunov, Dmitriy WeP 53 Tietze, Ursula WeP 96 Trunov, Dmitry MoP 99 Ting, Valeska MoP 83 Trunov, Dmitry MoP 105 Tirrell, Matthew MoD1-2 Tseng, Kuo-Feng TuA1-4 Tobias, Douglas MoE1-1 Tsurkan, Vladimir TuP 89 ICNS 2017 | 241 Tsvyashchenko, Anatoli V. TuP 84 Vadilonga, Simone ThE2-6 Tucker, Gregory ThC2-9 Vaknin, D. ThF2-8 Tulk, Chris TuP 60 Valiev, E. MoP 127 Turner, Adam H. MoP 80 Valiev, E.Z. MoP 60 Tyagi, A K TuP 117 Vallet, Valerie MoP 123 Tyagi, A.K. TuP 116 Valli, Monica ThF1-3 Tyagi, Madhusan MoP 55 Varslot, Trond MoD2-2 Tyagi, Madhusudan WeD1-3 Vaßen, Robert MoP 98 Tyagi, Madhusudan WeF2-6 Vazhentsev, Andrey MoP 105 Tyagi, Madhusudan MoP 47 Vazquez, Gerson ThB1-2 Tyagi, Madhusudan TuP 122 Venero, Diego Alba WeP 94 Tymoshenko, Yuliia TuP 89 Venter, Andrew WeP 84 Venter, Andrew WeP 87 U Verkhoglyadov, A. E. MoP 129 Veronika, Zinth TuF2-2 Udby, Linda MoA1-2 Vezhlev, Egor WeF2-3 Udby, Linda TuP 16 Vezhlev, Egor WeP 10 Udby, Linda TuP 35 Vial, Sebastien TuB2-2 Udby, Lunda TuP 15 Vicente, Roberto TuP 128 Ueda, Satoru ThD1-6 Viggiani, Cino WeP 4 Ueda, Satoru ThD2-6 Villacorta, Felix J MoB2-3 Ueki, Takeshi MoP 17 Villacorta, Felix J WeP 81 Ueno, Wakana MoP 115 Villar-Rodil, Silvia TuP 111 Uhrig, David TuD1-3 Violini, Nicolo TuB2-3 Uhríková, Daniela TuE2-4 Violini, Nicolò WeP 35 Ukleev, Victor TuP 23 Vivanco, Raul WeP 81 Ukleev, Victor TuP 102 Vivas, L. G. TuP 71 Uldry, Anne-Christine ThA2-5 Vivaudou, Michel MoE2-3 Ulrich, Clemens TuA2-4 Vlček, Jan MoC1-5 Ulyanov, Vladimir WeP 96 Vogel, S. C. TuP 61 Ungar, Tamas WeE1-4 Voigt, J. TuB1-3 Univ., Lund WeP 67 Voigt, Jörg TuP 112 Univ., Uppsala WeP 67 Voigt, Jörg WeP 35 Uritani, Akira WeP 85 Vollert, Florian MoP 98 Uwatoko, Y. ThC2-3 Vollrath, Mont Kumpugdee MoP 40 Vorderwisch, Peter WeP 55 V Vorobiev, Alexei WeP 67 Voronin, V. MoP 127 Vacik, Jiri WeP 10 Voronin, V.V. MoP 124 Vadakkedath, Praveen George MoP 58 Voronin, V.V. MoP 125 242 | July 9-13, 2017 | DCC, Daejeon, Korea V rána, Miroslav WeP 39 Wang, Sheng WeP 28 Vrána, Miroslav WeP 40 Wang, Tianhao ThB2-4 Vrielink, Alice MoP 50 Wang, Xiaohe WeP 12 Vyacheslav, Em WeP 93 Wang, Xun-Li WeE1-4 Wang, Xun-Li ThE1-1 W WANG, Xun-Li ThE1-4 Wang, Yingxia TuP 47 Wacklin, Hannah MoP 70 Ward, Andy D. TuP 109 Wadsater, Maria TuE1-2 Waßer, F. TuA1-3 Wagemaker, Marnix TuB2-1 Watanabe, Kenichi WeP 85 Wagner, Michael WeA2-6 Watanabe, Masayoshi MoP 17 Wagner, Tim ThB1-5 Waterhouse, Geoffrey ThD2-9 Wahle, Robert WeB2-4 Watkins, Erik MoP 86 Wahle, Robert WeB1-2 Watson, Shannon WeB2-3 Waizner, Johannes ThC2-9 Wawrzynczak, Rafal ThA1-3 Wakabayashi, Yasuo MoP 107 Weber, Alexander TuP 70 Wakabayashi, Yasuo WeP 28 Weber, Tobias ThC2-9 Wakai, Daisuke WeP 60 Weber, Tobias WeP 113 Wakimoto, Shuichi TuP 67 Wedel, Michael MoF1-5 Waldie, Sarah TuE2-1 Wei, Yuan TuA1-2 Waldie, Sarah MoP 69 Weihe, Høgni TuP 101 Wallacher, Dirk TuP 114 Weik, Martin MoE1-1 Wallacher, Dirk WeP 63 Welbourn, Becky WeB1-1 Waller, S. P. WeP 65 Welbourne, Alexander MoC2-4 Waller, Simon P. WeP 30 Well, Ad van TuB2-1 Wang, Baotian WeF2-4 Wellert, Stefan MoP 19 Wang, Baotian MoP 119 Wells, Barrett TuP 16 Wang, Bing WeE1-4 Wells, Barrett TuP 37 Wang, Chin-Wei TuP 43 Wells, Barrett O. MoA1-2 Wang, Chin-Wei WeP 70 Wheeler, E. M. Hétroy TuA2-2 Wang, Fangwei WeF2-4 Wheeler, Elisa M. ThA1-1 Wang, Fangwei TuP 68 White, John MoE2-2 Wang, H. ThF2-8 White, Jonathan MoC1-3 Wang, Hongwei MoP 119 WHITE, Jonathan ThA2-3 Wang, Hongwei WeP 12 White, Jonathan S. ThA2-5 Wang, Huai ThE1-3 White, Jonathan S. TuP 49 Wang, Huai MoP 88 White, Jonathan S. WeP 121 Wang, Hyun Suk ThD2-3 White, Reyner TuP 41 Wang, J. L. TuP 108 White, Tim MoP 83 Wang, Qisi TuA1-1 Whitelegg, Liam MoB2-7 ICNS 2017 | 243 Whitten, Andrew WeE2-3 WOO, WANCHUCK ThE1-3 Whitten, Andrew E. ThD1-3 Woo, Wanchuck MoP 87 Widmann, Tobias ThD2-8 Woo, Wanchuck MoP 93 Wiebe, C.R. WeC1-2 Woo, Wanchuck MoP 109 Wiedemann, Birgit MoC2-6 Woo, Wanchuck WeP 39 Wiedemann, Birgit WeP 48 Woo, Wanchuck WeP 40 Wiedemann, Birgit WeP 64 Woo, Wan-Chuck WeP 67 Wilde, Karyn WeB2-5 Woo, Wan-Chuck WeP 129 Wilde, Karyn MoP 63 Wood, Kathleen WeP 26 Wildes, Andrew TuP 17 Wood, Simon WeP 107 Wildes, Andrew WeP 29 Woodward, Patrick TuC1-1 Wilhelm, Andreas WeP 49 Wright, Jonathan P. TuP 35 Wilhelm, Heribert TuP 79 Wu, Chun-Ming TuE2-2 Willendrup, Peter MoF1-4 Wu, Chun-Ming ThF2-4 Williams, Alan R. TuC2-4 Wu, Chun-Ming WeP 26 Williams, D.J. TuP 61 Wu, Chun-Ming WeP 55 Wilson, Leslie MoE2-1 Wu, D. ThF2-8 Wilson, Leslie MoP 68 Wu, Honghui ThE1-1 Wind, Julia WeF2-1 Wu, Liqi WeP 73 Windsor, Yoav MoC1-3 Wu, Peng TuP 58 Wingert, Friedrich MoP 40 Wu, R. Q. ThF2-8 Winn, Barry WeB2-1 Wu, Xun-Yan ThD2-2 Winn, Barry TuP 10 Wu, Yan TuP 68 Winn, Barry TuP 57 WU, Zhenduo ThE1-4 Wo, Hongliang TuA1-1 Wuttke, Joachim WeB1-4 Wolff, M TuP 123 Wuttke, Joachim WeP 115 Wolff, Max TuD1-3 Wolff, Max WeB1-5 X Wolff, Max MoP 22 Wolff, Max WeP 45 Xia, Yuanhua WeP 15 Wolff, Max WeP 67 Xiao, Yinguo TuP 13 Won, Joonyoung WeP 125 Xie, Lei WeP 15 Won, Yoon-Jung WeE1-3 Xie, Qingge TuC2-2 Wonder, Adam ThB2-4 Xie, Tao TuA1-6 Wong, Kai Kin TuP 27 XingSing, Xiang TuP 129 Woo, Wan Chuck ThE1-6 Xiong, Jie TuC1-1 Woo, Wan Chuck ThF1-2 Xu, J. Q. TuP 1 Woo, Wan chuck MoP 96 Woo, Wan Chuck WeP 1 Woo, Wanchuck MoF2-5 244 | July 9-13, 2017 | DCC, Daejeon, Korea Y Yan, Yigang TuF1-5 Yanes, R. TuP 71 Yadav, Indresh MoP 7 Yang, Hung-Duen TuP 43 Yadav, Indresh MoP 11 Yang, Yi-feng TuA1-2 Yadav, Indresh MoP 14 Yano, Naomine MoP 61 Yadav, Ruchika ThC1-5 Yano, Naomine MoP 64 Yadav, Ruchika WeP 120 Yano, Shinichiro TuP 42 Yadav, Satyesh MoP 86 Yano, Shinichiro WeP 55 Yamada, Junta WeE2-4 Yao, Bingqing MoP 83 Yamada, Kazuyoshi MoA1-3 Yashiro, Wataru MoP 115 Yamada, Koji WeP 23 Ye, F. ThC2-3 Yamada, Norifumi MoB2-6 Ye, Jingfan MoC1-4 Yamada, Norifumi MoF2-4 Ye, Jingfan MoC2-3 Yamada, Norifumi ThD2-10 Ye, Jingfan MoC2-6 Yamada, Norifumi L. MoP 23 Ye, Jingfan TuP 78 Yamada, Norifumi L. MoP 31 Ye, Jingfan WeP 48 Yamada, Norifumi L. MoP 38 Ye, Jingfan WeP 64 Yamada, T. ThF2-8 Ye, Qiang WeB2-3 Yamada, Taro MoP 61 Yepuri, Nageshwar WeB2-5 Yamagami, Hiroshi TuP 66 Yepuri, Nageshwar Rao ThD2-5 Yamagata, Yutaka WeE2-4 Yepuri, Nageshwar Rao MoP 70 Yamamoto, Daisuke TuP 97 Yi, H.T. TuP 103 Yamamuro, Osamu WeD1-3 Yim, Chewook WeP 79 Yamamuro, Osamu WeF1-4 Yin, Wen MoP 120 Yamamuro, Osamu TuP 9 Yogi, Arvind ThA2-9 Yamamuro, Osamu TuP 122 Yokaichiya, Fabiano MoP 40 Yamani, Zahra TuA2-1 Yokaichiya, Fabiano MoP 41 Yamasaki, Yuichi TuP 23 Yokaichiya, Fabiano TuP 128 Yamauchi, Kunihiko ThC2-7 Yokoo, T ThA1-5 Yamauchi, Yasuhiro TuP 18 Yokoo, Testuya TuP 57 Yamazaki, Dai TuP 99 Yokoo, Tetsuya TuP 54 Yamazaki, Dai TuP 129 Yokoo, Tetsuya TuP 56 Yamoto, Saki MoP 64 Yokoo, Tetsuya WeP 33 Yan, Guanyun MoP 89 Yokoo, Tetsuya WeP 71 Yan, J.-Q. ThC2-3 Yonemura, Masao TuP 44 Yan, Jiaqiang WeA2-1 Yonemura, Masao TuP 45 YAN, Lili WeP 111 Yonemura, Masao TuP 47 Yan, Liqin TuP 68 Yonemura, Masao WeP 114 Yan, Mingfei WeP 28 Yoon, Hyunsik MoP 29 Yan, Minhao MoP 89 Yoon, Jiseung WeP 79 ICNS 2017 | 245 Yoon, Minyoung MoP 126 Zamyatin, N. I. MoP 129 Yoshida, Makoto ThA1-3 Zanatta, Marco MoD1-4 Yoshida, Yukihiko ThF2-2 Zanatta, Marco WeP 35 Yoshie, OTAKE TuB1-4 Zanetti, Matteo WeP 30 Yoshimori, Yusuke TuP 59 Zbiri, M. TuP 116 Yoshimura, Kimio TuP 124 Zbiri, Mohamed WeA1-3 You, C.-Y. TuP 98 Zbiri, Mohamed TuP 81 You, Jung-Sun WeE1-3 Zeller, Dominik WeD1-5 Yu, D ThA1-5 Zeng, L. TuP 85 Yu, Dehong MoD2-4 Zhai, Kun TuP 68 Yu, Dehong TuD1-5 ZHANG, J.R. WeP 111 YU, Dehong WeP 9 Zhang, Junrong WeP 108 Yu, Dehong WeP 52 Zhang, Junrong WeP 114 Yu, H. L. ThF2-8 Zhang, Meng WeP 12 Yu, Li-Juan MoP 50 Zhang, Q. ThF2-8 Yu, Zhouxiang WeP 73 Zhang, Rui MoP 76 Yusuf, S TuP 125 Zhang, S. ThC1-3 Yusuf, S. M. TuC1-4 Zhang, Shuoyuan MoP 108 YUSUF, S. M. ThA2-6 Zhang, Wenliang TuA1-2 Zhao, D. TuD2-4 Z Zhao, Dan MoP 5 Zhao, Huaizhou WeF2-4 Zabenkin, Vladimir WeP 89 Zhao, Jun TuA1-1 Zaccai, Giuseppe MoP 56 Zhao, Yang TuP 43 Zaccarelli, Emanuela MoD1-4 Zhao, Yue TuP 124 Zacek, D. WeP 65 Zhao, Yusheng ThD1-1 Zacek, Daniel WeP 30 Zhili, Dong MoP 83 Zainuddin, Norhazlin ThD1-3 Zhou, H. D. ThC2-3 Zakalek, P. TuB1-3 Zhou, H. D. TuP 1 Zakalek, Paul WeP 21 Zhu, H. MoC2-5 Zakalek, Paul WeP 31 Zhu, Jian-Xin ThC1-1 Zákutná, Dominika MoC1-5 Zimmer, Oliver WeP 23 Zaliznyak, Igor A. TuP 57 Zivkovic, I. TuP 103 Zaloga, Jan TuD2-5 Živković, Ivica ThA1-7 246 | July 9-13, 2017 | DCC, Daejeon, Korea