Abstract
Measurement of steady-state and transient boiling heat transfer from small copper conductors submerged in atmospheric liquid He-I is reported. Steady-state “heat flux versus temperature” curves illustrate the effects of conductor orientation, insulation material, conductor location in the pack, and background heating. An effort is made to find the cause of high steady-state heat transfer performance in unusually small helium passages revealed by the present test. Transient boiling heat fluxes are presented for various heater pulse powers and durations.
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Schedule a callMore From: Proceedings of the Ninth International Cryogenic Engineering Conference Kobe, Japan 11–14 May 1982
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