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New cryogenic optical test capability at Marshall Space Flight Center's Space Optics Manufacturing Technology Center

机译:马歇尔太空飞行中心的太空光学制造技术中心的新型低温光学测试能力

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Marshall Space Flight Center (MSFC) has been performing optical wavefront testing at cryogenic temperatures since 1999 in the Space Optics Manufacturing Technology Center's (SOMTC's) X-ray / Cryogenic Facility (XRCF). Recently the cryogenic optical testing capability has been extended to a smaller chamber. This smaller horizontal cylindrical vacuum chamber has been outfitted with a helium-cooled liner that can be connected to the existing helium refrigeration system bringing the kilowatt of refrigeration capacity to bear on a 1 x 2 meter test envelope. Cryogenic cycles to 20 Kelvin, including setup and chamber evacuation/backfill, are now possible in only a few days. Since activation and chamber characterization tests in September 2001, the new chamber has been used to perform a number of proprietary cryogenic tests on mirrors, adhesives, and actuators. A vibration survey has also been performed on the test chamber. Chamber specifications and performance data, vibration environment data, and optical test capability will be discussed.
机译:自1999年以来,马歇尔太空飞行中心(MSFC)一直在太空光学制造技术中心(SOMTC)的X射线/低温设备(XRCF)中进行低温波前测试。最近,低温光学测试功能已扩展到较小的腔室。这种较小的卧式圆柱形真空室配有氦气冷却衬套,该衬套可以连接到现有的氦气制冷系统,从而使千瓦的制冷能力承受1 x 2米的测试范围。现在仅需几天,就可以达到20开尔文的低温循环,包括设置和腔室排空/回填。自2001年9月进行激活和腔室特征测试以来,新腔室已用于对反射镜,粘合剂和致动器进行许多专有的低温测试。还对测试室进行了振动测量。将讨论腔室规格和性能数据,振动环境数据以及光学测试能力。

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