Concentration distribution in gas and solid as well as conversions were found in the bubble phase and emulsion phase at different time stages.
如此可解得不同时间时气体和固体的浓度分布和气泡相及乳化相中的转化率。
A heat and mass transfer model across the external boundary layer of polymer particles in emulsion phase with condensed mode operation was derived.
通过建立气相法聚乙烯冷凝模式操作流化床乳化相中粒子外边界层的热质传递模型，研究了冷凝模式操作时聚合粒子的过热情况。
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。
There was a liquid crystal phase on the emulsion interface.
在乳状液的油水界面上，存在液晶相。
When modification graft before emulsion dispersion in solvent was adopted, micro phase separation of soft and hard segments in molecular chains was enhanced greatly and its thermo-stability improved .
而采用在溶剂相中改性接枝再乳化分散的方式，分子链中软硬段的微相分离加剧，热稳定性提高。
With the increase of solid particle content, the time of phase disengagement will be prolonged and the interfacial emulsion intensified.
随固体微粒含量增加，分相时间延长，界面乳化程度加重。
With the ph increase or addition of salt in aqueous phase, both the initial diameters of model emulsion particles of vacuum residua fractions from Iranian light and Daqing crude oils increased.
随着水相中碱或盐的加入，伊朗轻质减压渣油和大庆减压渣油模拟乳状液的初始粒径均增大。
Oil is the dispersed phase in an oil-in-water emulsion.
在水包油乳状液中，油为分散相。
An increase of the dispersed phase leads to an increase of the viscosity of the final emulsion, due to droplets close pack network.
一个分散相的增加会导致乳剂最终稳定性的增加，从而引起小滴靠拢成为网状群集。
The effect of solid particle content in feeding liquid on phase disengagement and interfacial emulsion in copper solvent extraction is studied.
研究了铜溶剂萃取时，萃原液中固体微粒含量对分相和界面乳化的影响。
The results showed that the viscosity of the emulsion is a function of volume fraction of dispersing phase and drop size;
结果表明：乳状液的粘度是分散相体积分数和粒径的函数并获得了相应的关联式；
In a water-in-oil emulsion, water is the dispersed phase.
在油包水乳状液中，水为分散相。
Moreover, PLA porous microspheres were fabricated by solution induced phase separation based on emulsion-solvent evaporation.
在此基础上，采用乳化溶剂挥发法和液致相分离相结合制备了聚乳酸多孔微球。
A water-in-oil emulsion where fresh or salt water is the dispersed phase and diesel, crude, or some other oil is the continuous phase.
为油包水乳状液。这时淡水或盐水为分散相，而柴油、原油或其它某种油为连续相。
METHODS ADM-AMS were prepared by emulsion-chemical cross linking technique, using ethyl acetate as oil phase.
方法以醋酸乙酯为油相，采用乳化化学交联技术制备白蛋白微球。
METHODS ADM-AMS were prepared by emulsion-chemical cross linking technique, using ethyl acetate as oil phase.
方法以醋酸乙酯为油相，采用乳化化学交联技术制备白蛋白微球。
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