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Thermal Vacuum Test Performance of the Hubble Space Telescope (HST) Wide Field Camera 3 (WFC3) Variable Conductance Heat Pipe Assembly

机译:哈勃太空望远镜(HST)广角相机3(WFC3)可变电导热管组件的热真空测试性能

摘要

The Variable Conductance Heat Pipe (VCHP) Assembly of the HST Wide Field Camera 3 was subjected to thermal vacuum (TN) environmental testing. The test program included both maximum and minimum environments as well as simulated on-orbit cycling. Elements of the VCHP assembly included a VCHP, an optical bench cold plate with an imbedded constant conductance heat pipe, and a VCHP reservoir radiator with a proportionally controlled heater. The purpose of the test was to characterize and demonstrate the assembly s ability to control the temperature of the cold plate, which provides a stable thermal environment for the instrument s optical bench. This paper discusses the VCHP Assembly control performance and control authority during the dynamic hot and cold 90-minute orbit cycling test phases.
机译:对HST广角相机3的可变电导热管(VCHP)组件进行了热真空(TN)环境测试。该测试程序包括最大和最小环境以及模拟的在轨循环。 VCHP组件的元件包括VCHP,带有嵌入式恒定电导率热管的光具座冷板以及带有按比例控制的加热器的VCHP储库散热器。该测试的目的是表征并演示组件控制冷板温度的能力,从而为仪器的光学平台提供稳定的热环境。本文讨论了90分钟动态热和冷轨道循环测试阶段中的VCHP装配控制性能和控制权限。

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