Abstract
Experimental data has been obtained on the growth of vapour bubbles in water at constant uniform superheats up to 20°C. The data is shown to agree within the limits of the experimental errors with the predictions of a simple theory derived assuming temperature equilibrium at the bubble wall. The theory is extended to predict the conditions for which differing fluids will exhibits similar growth rates, and it is shown for example that sodium vapour bubble growth may be modelled accurately in water.
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