By analyzing energy profile of different scale signals, we found that pressure fluctuations mainly reflect mesoscale interaction between the emulsion phase and the bubbling phase.
各尺度信号的能量分布表明，压力波动信号主要体现了介尺度的乳化相和气泡相之间的相互作用。
Study on the mechanism of osmotic pressure bubbling from organic coating on metal;
重点研究了试验过程中出现的起泡问题及填料对涂膜的作用。
At the stage of pressure higher than bubbling point, the imitated oil shows an elastic characteristic with a very low recovery;
结果显示：（1）高于泡点压力阶段，模拟油显现弹性驱动特征，采收率很低；
At the stage of pressure higher than bubbling point, the imitated oil shows an elastic characteristic with a very low recovery;
结果显示：（1）高于泡点压力阶段，模拟油显现弹性驱动特征，采收率很低；
应用推荐