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The Use of the Expansion of Gases in a Centrifugal Field as Cooling Process
Review of Scientific Instruments · 1947 · Vol. 18(2) · pp. 108–113
Abstract
The design of a vortex tube of good efficiency in which the expansion of a gas in a centrifugal field produces cold is described. The important variables in construction and operation are discussed and data for several tubes under various operating conditions are given. Low pressure gas, 2 to 11 atmospheres, enters the tube and two streams of air, one hot and the other cold, emerge at nearly atmospheric pressure. The cold stream may be as much as 68°C below inlet temperatures. Efficiencies and applications are discussed.
Ranque-Hilsch vortex tubeCyclone Separators and Fluid DynamicsHeat Transfer MechanismsVortex tubeInletTube (container)MechanicsAtmospheric pressureMaterials scienceCentrifugal forceWater coolingNuclear engineeringThermodynamics
MeSH terms
Cold TemperatureGasesHumans
Citations
498
FWCI
6.64
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0
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94%
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