MIRANDA - module based on multiregion resonance theory for generating cross sections within the AUS neutronics code system.
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Date
1985-12
Authors
Journal Title
Journal ISSN
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Publisher
Australian Atomic Energy Commission
Abstract
MIRANDA is the cross-section generation module of the AUS neutronics code system used to prepare multigroup cross-section data which are pertinent to a particular study from a general purpose multigroup library of cross sections. Libraries have been prepared from ENDF/B which are suitable for thermal and fast fission reactors and for fusion blanket studies. The libraries include temperature dependent data resonance cross sections represented by subgroup parameters and may contain photon as well as neutron data. The MIRANDA module includes a multiregion resonance calculation in slab cylinder or cluster geometry a homogeneous B sub L flux solution and a group condensation facility. This report documents the modifications to an earlier version of MIRANDA and provides a complete user's manual.
Description
Keywords
Fission products, M codes, Multigroup theory, Neutron flux, Neutrons, Resonance integrals
Citation
Robinson, G. S. (1985) MIRANDA - module based on multiregion resonance theory for generating cross sections within the AUS neutronics code system. (AAEC/E626). Lucas Heights, NSW: Australian Atomic Energy Commission.