Heat transmission from Metal Surfaces to Boiling Liquids

Boiling and Nonboiling Heat Transfer to Electrolyte Solutions

“…However, in fully developed nucleate boiling, heat transfer coefficients of electrolyte solutions are higher than those of distilled water. The effect of sodium sulfate concentration on the heat transfer coefficient is demonstrated in Figure 6 for heat fluxes of 38,520 and 301,205 W/m 2 • In accordance with the results reported by Cryder and Gilliland [1], heat transfer coefficients for the lower heat flux decrease with increasing concentration. This trend seems to level off for concentrations above 10 g/liter.…”

“…Experimental data for heat fluxes below 50,000 W1m 2 were reported in 1930 [1,2]. The reported heat transfer coefficients are extremely high.…”

Pool boiling heat transfer to electrolyte solutions

“…Experimental data for heat fluxes below 50 kW/m 2 were reported in 1930 [6,7]. The reported heat transfer coefficients are extremely high.…”

A survey of the literature on heat transfer from solid surfaces to cryogenic fluids

“…2, 34, 41, 44, 57, 58, 72, 89, 97, 120 22,46,51,53,63,71,74,83,89,94,97,100,103,104,105,111,119,123,124,126,127,128,139,151,152 Orientation of Heating Surface 18,19,21,28,29,37,41,42,46,57,58,70,75,84,89,98,109,124,125,138,146,147,153 Surveys of Previous Work…”