A Contaminant Ice Visualization Experiment In a Glass Pulse Tube
Results are presented from pulse tube experiments designed to investigate the effect of 400 parts per million water vapour contamination of helium working gas.
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Results are presented from pulse tube experiments designed to investigate the effect of 400 parts per million water vapour contamination of helium working gas.
The AIRS instrument represents a major step forward in satellte based remote sensing technology. This paper focuses on inflight radiometric and spectral calibration of AIRS.
The Cryo System Experiment was developed to validate in near zero-g space a 65 K cryogenic system for focal planes, optics, or other imaging instruments that require continuous cryogenic cooling. Two key cryogenic technologies, designed to improve performance of systems for scientific, commercial and defense applications in space, were successfully demonstrated on a February 1995 Shuttle mission. The two were a 2-watt 65 K long-life low- vibration Stirling cooler and a diode oxygen heat pipe thermal switch. Lessons learned are presented.
This paper presents the cryogenic design of Hydrogen Sorption Cooler, part of cryogenic chain in the Planck Mission (ESA).
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