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RTGs for space exploration at the end of the 20th century

机译:20世纪末用于太空探索的RTG

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摘要

The use of radioisotope thermoelectric generators (RTGs) as energy conversion devices for spacecraft designed for weak-sunlight environments is discussed. The two upcoming missions Galileo and Ulysses will both use general-purpose heat source (GPHS) RTGs. Two other missions that are planned for the mid-nineties and will carry RTGs onboard are the comet rendezvous asteroid flyby (CRAF) and Cassini. Another mission that might become a program start in the last decade of the 20th century is Solarprobe, which is most likely to use modular RTGs. Several other missions that are in different planning stages that are in need of RTGs to meet their power requirements are the Mars rover sample return, planetary (Mars) penetrators, microspacecraft, and the Mars Egg. All of these missions are discussed, stressing their RTG requirements.
机译:讨论了使用放射性同位素热电发生器(RTG)作为设计用于弱日照环境的航天器的能量转换装置。即将到来的两个任务伽利略号和尤利西斯号都将使用通用热源(GPHS)RTG。计划在九十年代中期进行的另外两个飞行任务将是载有RTG的彗星会合小行星飞越(CRAF)和卡西尼号。 Solarprobe是另一个可能成为20世纪最后十年开始的计划的任务,它最有可能使用模块化RTG。在不同计划阶段需要RTG满足其功率要求的其他几个任务是火星探测器样品返回,行星(火星)穿透器,微型航天器和火星蛋。讨论了所有这些任务,并强调了其RTG要求。

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