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Considerations for Launching a Nuclear Fission Reactor for Space-based Missions

机译:用于在基于空间任务的核裂变反应堆发射核裂变反应堆的考虑因素

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The United States has limited experience launching nuclear reactors into space to provide power for satellites. A single reactor, the SNAP 10A was launched in 1965, but since that time forty-one Radioisotope Power Sources (RPS) have been launched on thirty-one missions. There are significant differences between the design, manufacturing, operation, and testing of a Fission Power Source (FPS) and an RPS. Likewise, the launch of an FPS for space-based missions has its own unique design, manufacturing, and testing requirements and therefore merits a new examination of launch safety issues.
机译:美国在将核反应堆发型成太空的经验有限,为卫星提供电力。单一反应堆,卡扣10A于1965年推出,但由于该时间已经在三十一项任务上发布了404个放射性同位素电源(RPS)。裂变电源(FPS)和RPS的设计,制造,操作和测试之间存在显着差异。同样,为空间任务的FPS推出拥有自己独特的设计,制造和测试要求,因此对发布安全问题进行了新的审查。

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