Flux-weighted ENDF/B-VIII.0 gamma-ray data for inelastic scattering agree with integral measurements at two fast-reactor sources and with CoH3 and EMPIRE calculations, supporting both the data and the IRT-M flux characterization in the 0.862-5 MeV range.
Unified Coupled-Channels and Hauser-Feshbach Model Calculation for Nuclear Data Evaluation
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abstract
We present an overview of the coupled-channels optical model and the Hauser-Feshbach theory code CoH$_3$, which focuses on the nuclear reaction calculations in the keV to tens of MeV region with special attention to the nuclear deformation. The code consists of three major sections that undertake the one-body potential mean-field theory, the coupled-channels optical model, and the Hauser-Feshbach statistical decay. There are other complementary segments to perform the whole nuclear reaction calculations, such as the direct/semidirect radiative capture process, pre-equilibrium process, and prompt fission neutron emission.
representative citing papers
A relational database and Python software package is constructed from the 1978 Baghdad Atlas of (n,n'γ) gamma-ray data covering 105 measurements on 76 natural and 29 enriched samples.
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The Baghdad Atlas: A relational database of inelastic neutron-scattering $(n,n'\gamma)$ data
A relational database and Python software package is constructed from the 1978 Baghdad Atlas of (n,n'γ) gamma-ray data covering 105 measurements on 76 natural and 29 enriched samples.