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BENCHMARK CALCULATIONS WITH SIMPLE PHANTOM FOR NEUTRON DOSIMETRY (2)

机译:用于中子剂量的简单幻影的基准计算(2)

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Benchmark calculations for high-energy neutron dosimetry were undertaken after SATIF-5. Energy deposition in a cylindrical phantom with 100 cm radius and 30 cm depth was calculated for the irradiation of neutrons from 100 MeV to 10 GeV. Using the ICRU four-element soft tissue phantom and four single-element (hydrogen, carbon, nitrogen and oxygen) phantoms, the depth distributions of deposition energy and those total at the central region of phantoms within 1 cm radius and at the whole region of phantoms within 100 cm radius were calculated. The calculated results of FLUKA, MCNPX, MARS, HETC-3STEP and NMTC/JAM codes were compared. It was found that FLUKA, MARS and NMTC/JAM showed almost the same results. For the high-energy neutron incident, the MCNP-X results showed the largest ones in the total deposition energy and the HETC-3STEP results showed smallest ones.
机译:SATIF-5之后进行了高能中子剂量测定的基准计算。计算了从100 MeV到10 GeV的中子辐照在半径为100 cm,深度为30 cm的圆柱体模型中的能量沉积。使用ICRU四元素软组织体模和四个单元素(氢,碳,氮和氧)体模,沉积能量的深度分布以及沉积能量的深度分布总计在半径1 cm以内的体模中心区域以及整个区域。计算半径100厘米以内的体模。比较了FLUKA,MCNPX,MARS,HETC-3STEP和NMTC / JAM代码的计算结果。发现FLUKA,MARS和NMTC / JAM显示了几乎相同的结果。对于高能中子事件,MCNP-X结果显示出最大的沉积能量,而HETC-3STEP结果显示出最小的能量。

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