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TRANSIENT SUPERCONDUCTOR (NIOBIUM-TITANIUM/COPPER)-HELIUM II HEAT TRANSFER RATES TO PRESSURIZED SUPERFLUID DURING STEP INPUT IN POWER.

Author(s) : FREDERKING T. H. K., CHUANG C., KAMIOKA Y.

Summary

TRANSIENT THERMAL BOUNDARY CONDITIONS HAVE BEEN STUDIED FOR THE SYSTEM NIOBIUM-TITANIUM/COPPER-SUPERFLUID AT AND ABOVE ATMOSPHERIC PRESSURE, INCLUDING THE SUPERFLUID THERMOHYDRODYNAMICS. THE COMPOSITE SUPERCONDUCTOR HAS APPROXIMATELY SQUARE CROSS SECTION (0.2 X 0,2 CM2 ). THE SURFACE POWER DENSITY IS FOUND TO BE A MONOTONICALLY DECREASING FUNCTION OF TIME, Q(T), FOR COMPOSITE ISOTHERMS DURING STEP INPUT IN POWER AT A CONSTANT BATH TEMPERATURE. THE ISOTHERMS ARE TERMINATED AT THE REGIME BOUNDARY OF NON-BOILING HELIUM II.

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Pages: 1981-6

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Details

  • Original title: TRANSIENT SUPERCONDUCTOR (NIOBIUM-TITANIUM/COPPER)-HELIUM II HEAT TRANSFER RATES TO PRESSURIZED SUPERFLUID DURING STEP INPUT IN POWER.
  • Record ID : 1983-0404
  • Languages: English
  • Source: Stability of superconductors.
  • Publication date: 1981/11/16
  • Document available for consultation in the library of the IIR headquarters only.

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