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Monte-Carlo simulation codes development and their applications to neutron optical devices and neutron scattering instruments

机译:蒙特卡罗模拟代码开发及其在中子光学设备和中子散射仪器中的应用

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摘要

We incorporated magnetic and gravitational interactions into the neutronic code "PHITS" developed at JAERI, which is the unified code of the high-energy particle-transport code NMTC/JAERI and MCNP-type low energy code. Using the code, inelastic and multiple-scattering effects in water sample for SANS experiment was demonstrated. Numerical simulation of focusing SANS instrument that has a sextupole magnet has been conducted, and the spin-flip processes in the non-adiabatic region along the central region of the magnet were clearly observed. Gravitational effects were also evaluated.
机译:我们将磁和引力相互作用纳入了JAERI开发的中子码“ PHITS”,这是高能粒子传输码NMTC / JAERI和MCNP型低能码的统一码。使用该代码,证明了用于SANS实验的水样品中的非弹性和多重散射效应。进行了具有六极磁体的聚焦SANS仪器的数值模拟,并且清楚地观察到沿磁体中心区域的非绝热区域的自旋翻转过程。还评估了引力作用。

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