Abstract
A test bench for pulse tube refrigerator characterization has been built. In various configurations (basic pulse tube, orifice pulse tube and double inlet pulse tube), the ultimate temperature and the cooling power have been measured as a function of pressure wave amplitude and frequency for various geometries. A lowest temperature of 28 K has been achieved in a single staged double inlet configuration. A modelisation taking into account wall heat pumping, enthalpy flow and regenerator inefficiency is under development. Preliminary calculation results are compared with experimental data.
Citation Formats
Ravex, A, Rolland, P, and Liang, J.
Experimental study and modelisation of a pulse tube refrigerator.
France: N. p.,
1992.
Web.
Ravex, A, Rolland, P, & Liang, J.
Experimental study and modelisation of a pulse tube refrigerator.
France.
Ravex, A, Rolland, P, and Liang, J.
1992.
"Experimental study and modelisation of a pulse tube refrigerator."
France.
@misc{etde_10119435,
title = {Experimental study and modelisation of a pulse tube refrigerator}
author = {Ravex, A, Rolland, P, and Liang, J}
abstractNote = {A test bench for pulse tube refrigerator characterization has been built. In various configurations (basic pulse tube, orifice pulse tube and double inlet pulse tube), the ultimate temperature and the cooling power have been measured as a function of pressure wave amplitude and frequency for various geometries. A lowest temperature of 28 K has been achieved in a single staged double inlet configuration. A modelisation taking into account wall heat pumping, enthalpy flow and regenerator inefficiency is under development. Preliminary calculation results are compared with experimental data.}
place = {France}
year = {1992}
month = {Dec}
}
title = {Experimental study and modelisation of a pulse tube refrigerator}
author = {Ravex, A, Rolland, P, and Liang, J}
abstractNote = {A test bench for pulse tube refrigerator characterization has been built. In various configurations (basic pulse tube, orifice pulse tube and double inlet pulse tube), the ultimate temperature and the cooling power have been measured as a function of pressure wave amplitude and frequency for various geometries. A lowest temperature of 28 K has been achieved in a single staged double inlet configuration. A modelisation taking into account wall heat pumping, enthalpy flow and regenerator inefficiency is under development. Preliminary calculation results are compared with experimental data.}
place = {France}
year = {1992}
month = {Dec}
}