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Calculation of Local Absorbed Doses with Due Regard for Real Spacecraft Configuration

机译：考虑实际航天器配置的局部吸收剂量的计算

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摘要

Spacecraft are exposed to high-energy cosmic radiations during interplanetary missions. In order to provide for reliable operation of service and scientific equipment (as well as safety of manned spacecraft crew), it is extremely important to calculate correctly absorbed (and, correspondingly, equivalent) doses received by them during the entire mission and at its different stages at various places of the spacecraft construction. This problem is solved by the method of spatial integration over a three-dimensional spacecraft model of the function which presents the dependence of the absorbed dose value on the thickness of a spherically symmetrical shield, the so-called sectoring method.
机译：在行星际飞行任务中，航天器暴露于高能宇宙辐射中。为了确保服务和科学设备的可靠运行（以及载人航天器人员的安全），计算在整个任务期间以及不同任务期间它们正确吸收（相应地等效）的剂量非常重要。航天器建造各个地方的阶段。通过在功能的三维航天器模型上进行空间积分的方法解决了这个问题，该方法提出了吸收剂量值对球形对称护罩厚度的依赖性，即所谓的扇形方法。

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