液体从气泡表面排出，气泡很快变得不稳定。
Liquid drains from the upper surface of the bubble and it soon becomes unstable.
白炭黑粒子之间的相互作用力量和一个气泡还测量了在不同的地点在气泡表面。
Interaction forces between a silica particle and an air bubble were also measured at different locations on the air bubble surface.
采用边界配置点法数值求解了气泡表面吸附的活性剂浓度、气泡表面流体速度以及气泡在溶液中的运动速度。
The surface concentration of the adsorbed surfactants, the surface velocity and the migration velocity of the bubble are obtained by a boundary collocation technique.
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