Abstract
A model of the boiling bubble was presented based on the bubble dynamics. The characteristics of the boiling bubble were studied under both various gravity conditions and various conductive conditions. The departure diameter and the bubbling frequency of the bubble were obtained. The effect of gravity condition and of conductive condition on the characteristics of the boiling bubble was compared. A correlation between the effect of gravity condition and of conductive condition on the characteristics of the boiling bubble was then concluded. With this correlation, the experimental results of the bubble boiling under the terrestrial condition could be extended analogously to instances under the space condition.
Abstract
A model of the boiling bubble was presented based on the bubble dynamics. The characteristics of the boiling bubble were studied under both various gravity conditions and various conductive conditions. The departure diameter and the bubbling frequency of the bubble were obtained. The effect of gravity condition and of conductive condition on the characteristics of the boiling bubble was compared. A correlation between the effect of gravity condition and of conductive condition on the characteristics of the boiling bubble was then concluded. With this correlation, the experimental results of the bubble boiling under the terrestrial condition could be extended analogously to instances under the space condition.