SharePhase shift between gas velocity and pressure in an orifice-pulse tube.
Author(s) : DALIGAULT J., DOMBLIDES J. P., DODRAY C., PELFRENE G.
Summary
In order to investigate how the phase shift between pressure and velocity of gas affects the net refrigeration power of an orifice-pulse tube, the authors have recorded at the cold end of the regenerator, when the temperature is constant at 173 K and 259 K, the net refrigeration power and the two signals of dynamic pressure and velocity of gas.
Details
- Original title: Phase shift between gas velocity and pressure in an orifice-pulse tube.
- Record ID : 1995-2020
- Languages: English
- Publication date: 1994
- Source: Source: J. Phys., 3/Club CRIN, Journ. Aussois
vol. 4; n. 4; 659-662; 8 ref.
Indexing
- Themes: Small-scale cryogenic applications, cryocoolers
- Keywords: Velocity (fluids, gases); Pulse tube; Gas; Calculation; Performance; Orifice; Pressure; Cryogenics
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