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Report No.
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Program POD; A Computer code to calculate cross sections for neutron-induced nuclear reactions

Ichihara, Akira ; Iwamoto, Osamu  ; Chiba, Satoshi; Kunieda, Satoshi  ; Shibata, Keiichi

A computer code, POD, was developed for neutron-induced nuclear data evaluations. This program is based on four theoretical models, (1) the optical model to calculate shape-elastic scattering and reaction cross sections, (2) the distorted wave Born approximation to calculate neutron inelastic scattering cross sections, (3)the preequilibrium model, and (4) the multi-step statistical model. With this program, cross sections can be calculated for reactions $$(n,gamma)$$, $$(n,n')$$, $$(n,p)$$, $$(n,alpha)$$, $$(n,d)$$, $$(n,t)$$, $$(n,^3$$He), $$(n,2n)$$, $$(n,np)$$, $$(n,nalpha)$$, $$(n,nd)$$, and $$(n,3n)$$ in the neutron energy range above the resonance region to 20 MeV. The computational methods and input parameters are explained in this report, with sample inputs and outputs.

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