Performance comparisons of space borne liquid helium cryostats
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Engineering topics
Publications and source records attributed to Hahn, I..
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Mission Research Corporation (MRC) in cooperation with the Jet Propulsion Laboratory (JPL) has developed a new small remote-controlled fluid valve.
NASA is supporting the development of an experiment called MISTE (Microgravity Scaling Theory Experiment) for a future International Space Station mission.
We report on the design and evaluation of a convenient Digital Signal Processor-based(DSP)controller for a dc Superconducting QUantum Interference Device(SQUID).
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NASA is supporting the development of an experiment called MISTE (Microgravity Scaling Theory Experiment) for future International Space Station mission. The main objective of this flight experiment is to perform in-situ PVT, heat capacity at constant volume, C(sub v) and chi(sub tau), measurements in the asymptotic region near the (sup 3)He liquid-gas critical point.
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The MISTE flight experiment plans to measure the specific heat at constant volume, C(sub v), and isothermal susceptibility chi(sup tau), near the (sup 3)He liquid-gas critical point. A new method for precisely determining the critical temperature is being evaluated and will be presented.
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An experiment called MISTE (Microgravity Scaling Theory Experiment) is being developed for a future mission on the International Space Station.
Explore the source record for details and available documents.
We present high-resolution measurements of the isothermal susceptibility of pure 3He near the liquid-gas critical point.
An electrostriction method was used to determine the susceptibility along the critical isochore near the liquid-gas critical point of 3He.
A small, high resolution paramagnetic susceptibility thermometer was developed using a GdCl***sub3*** paramagnetic salt.