CRITERIA FOR THERMAL STABILIZATION OF SUPERCONDUCTING DEVICES.

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Glebov, I.A.
Vishnev, I.P.
Pron'ko, V.T.
Filatov, I.A.
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Power engineering New York | 1980年 / 18卷 / 04期
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The dependence of the temperature of a superconductor stabilized by copper on the specific heat releases and the thickness of the electric insulating coating has been established experimentally. It has been shown that in addition to the critical values of temperature, current, and magnetic field strength, the limiting heat evolution, changing with various conditions governing heat exchange, should serve as a state parameter of a superconducting winding. A criterion for cryogenic stabilization of superconducting devices is proposed on the basis of an analysis of existing criteria and experimental data.
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