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A summary of the Cassini Thermal Development Test Program

机译:Cassini热发育测试程序的摘要

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摘要

The Cassini spacecraft, NASA's mission to investigate the Saturn system, has undergone an extensive thermal development test program to characterize subsystem thermal control designs. In the interest of cost and schedule, not every subsystem was subjected to thermal development testing. The majority of the testing demonstrated that the required system resources such as heater power were adequate. In the instances of the stowed magnetometer boom canister, the sun sensor head assembly, the Huygens Probe receiver front-end, the thruster cluster assembly, and radar science instrument, unexpected thermal design inadequacies were uncovered, but these problems were solved without a significant impact to system resources or thermal design robustness. Additionally, a self-regulating non-electrical heater, a radiant energy transport method, and a reverse louver were successfully demonstrated.
机译:Cassini Spacecraft,NASA调查土星系统的使命经历了广泛的热开发测试程序,以表征子系统热控制设计。为了成本和时间表的利益,不是每个子系统都受到热开发测试。大多数测试表明,所需的系统资源如加热器功率是足够的。在存放磁力计悬臂罐的情况下,太阳传感器头组件,惠血管探头接收器前端,推进器集群装配和雷达科学仪器,意外的热设计不足,但这些问题已经解决了没有显着影响系统资源或热设计稳健性。另外,成功地证明了一种自调节非电加热器,辐射能量传输方法和反向百叶窗。

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