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首页> 外文期刊>Acta astronautica >Galactic cosmic rays dose mitigation inside a spacecraft by a superconductor 'compact' toroid: A FLUKA Monte Carlo study
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Galactic cosmic rays dose mitigation inside a spacecraft by a superconductor 'compact' toroid: A FLUKA Monte Carlo study

机译:超导体“紧凑”环面减轻航天器内银河系宇宙射线的剂量:FLUKA蒙特卡洛研究

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摘要

Galactic Cosmic Rays and Solar Cosmic Rays are responsible for a significant absorbed dose by the astronauts that increases their risk and the probability of health problems. The mitigation of this dose is crucial for planning future missions, beginning from those to Mars. Different strategies have been designed to protect the crew during the mission. In this work it is considered the shielding of cosmic rays using a superconductor magnet enough compact for the launch. A Monte Carlo study is carried out. The simulations are made by modelling the structures with Monte Carlo FLUKA code, dividing cosmic rays into 5 ionic groups.
机译:银河宇宙射线和太阳宇宙射线负责宇航员吸收大量剂量,这增加了他们的风险和健康问题的可能性。从规划到火星的计划,减轻剂量对于计划未来的任务至关重要。设计了不同的策略来保护任务期间的机组人员。在这项工作中,我们认为使用足够紧凑的超导体磁体对发射进行屏蔽是可以防止发射的。进行了蒙特卡洛研究。通过使用Monte Carlo FLUKA代码对结构建模将宇宙射线分为5个离子基团来进行仿真。

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