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Advantages of a four-valve pulse tube cryocooler for high-critical temperature sensor operation.

Author(s) : KAISER G., BREHM H., WAGNER R., GERSTER J., WUNDERLICH S., THUERK M., SEIDEL P.

Summary

The paper presents the results of the authors' recent research on a special four-valve pulse tube cryocooler. Control volume analysis has been performed in order to get information about the cooling power, the COP and fundamental limitations of the ideal principle as a function of temperature, pressure ratio and the gas used for operation. The authors discuss a comparison about the possibility for continuous operation of a high-critical temperature SQUID gradiometer for biomagnetic application on their prototype cryocooler and on a Gifford-McMahon cryocooler using the results of noise measurements recorded during cryocooler operation.

Details

  • Original title: Advantages of a four-valve pulse tube cryocooler for high-critical temperature sensor operation.
  • Record ID : 1998-2095
  • Languages: English
  • Publication date: 1997/10
  • Source: Source: Cryogenics/Proc. LTEC, Southampton
    vol. 37; n. 10; 699-703; 7 fig.; 1 tabl.; 8 ref.

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