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Missouri University of Science and Technology
<p>Nucleate boiling<br />Heat flux<br />Heat -- Transmission<br />Liquid nitrogen<br />Liquid argon</p>
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A Study Of Surface And Geometric Effects On The Nucleate Boiling Of Liquid Nitrogen And Liquid Argon From Atmospheric To The Critical Pressure, Calvin Benson Cobb
A Study Of Surface And Geometric Effects On The Nucleate Boiling Of Liquid Nitrogen And Liquid Argon From Atmospheric To The Critical Pressure, Calvin Benson Cobb
Doctoral Dissertations
"A maximum heat flux correlation was derived for corresponding states liquids and subsequently verified by the data collected in this study as well as data presented in the literature. By applying this correlation, one can predict maximum heat flux values at high pressures from maximum heat flux values measured at low pressures; however, to apply the correlation it is necessary to have at least one maximum heat flux value and the saturation temperature at which it was determined.
Contrary to existing correlations, it is shown that for any nucleate boiling heat transfer correlation to be truly general, it must include …