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Distributed Joule-Thomson microcooling for optical detectors in space
J.H. Derking
Energy Materials Systems
Faculty of Science and Technology
Research output
:
Thesis
›
PhD Thesis - Research UT, graduation UT
406
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Engineering
Fluid
100%
Joule
100%
Mols
100%
Cooling Power
66%
Performance
66%
Obtains
66%
Cooling System
66%
Temperature Range
33%
Specific Temperature
33%
Design
33%
Gas Mixture
33%
Detector Array
33%
Counterflow Heat Exchanger
33%
Temperature Profile
33%
Stages
33%
Fluid Property
33%
Detector System
33%
Physics
Cooling
100%
Methane
28%
Cooling Systems
28%
Temperature
28%
Performance
28%
Working Fluid
28%
Nitrogen
28%
Foci
14%
Heat Exchanger
14%
Gas Mixture
14%
Arrays
14%
Temperature Profile
14%
Surveys
14%
Utilization
14%
Space Missions
14%