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Development of a Low Energy Neutron Model for Enhanced Thermal Scattering and Material Cross Sections

This initiative focuses on developing a detailed low energy neutron model that surpasses existing ENDF-based models. The work involves the integration of new materials and offers comprehensive guidance on cross-section determinations for various materials. It addresses elastic processes related to ions, particularly within ESA projects that explore energies significantly lower than 100 MeV/n. Utilizing methodologies such as precompound, VUU, and AMD, the project aims to refine cross-section calculations, including considerations for energy loss, ultimately enhancing performance in neutron physics applications.

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Development of a Low Energy Neutron Model for Enhanced Thermal Scattering and Material Cross Sections

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  1. Medium Term Model Development • Low Energy Neutron • Detailed model than ENDF based • Thermal Scattering • Adding new materials • Guide line for cross section for “Material” -> Cross Section P.S.? • Elastic Process for Ion • ESA Projects • Low Energy Ion • Much below 100MeV/n • Precompound • VUU • AMD • Cross Section Calculations with energy loss • CHIPS

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