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液-液"XiTong"
1、gelatinous liquid───胶状液体
2、liquid touch───液体接触
3、hexane liquid───己烷液体
4、dispersive liquid-liquid extraction───分散液-液萃取
5、undissolved liquid───不溶性液体
6、liquid───n.液体，流体；流音；adj.液体的；清澈的；明亮的；易变的
7、liquid air───n.液态空气
8、viscous liquid───[流]粘性液体，粘滞流体；黏滞液体，黏性液；黏性液体
9、extense liquid───伸展液
1、Visualization measurement of interface phase thickness and contact angle for liquid-liquid system───液-液体系界面相厚度与接触角的可视化测量
2、In seems to be difficult to explain why eruption occurred in the liquid-liquid system and was not detected in the present gas-liquid systems. This problem should be studied more precisely.───在似乎是难以解释为什么喷发发生在液液XiTong，并没有发现在目前的气液XiTong，这个问题应该研究更准确。
3、Discharge valve can be will collect the liquid and solid particle emissions, prevent the liquid flow off the downstream, the pollution downstream compressed air system.───排放阀可以将收集的液体和固体微粒排放掉，防止液体流向下游端，污染下游端的压缩空气XiTong。
4、Influence of the Third Component on Separation of Concentrated Liquid-Liquid System in Inclined Plate Settler───斜板沉降器中第三组分对高浓度液-液分离的影响
5、The Phase State Characteristic Simulation for Gas-Liquid-Liquid System of Gas Condensate Reservoir───凝析气藏气-液-液体系相态特征模拟研究
6、proved by test that the problem of large space simulator liquid nitrogen system starting has been solved successfully in simulator liquid nitrogen system.───通过初步调试证明，液氮XiTong能够很好地解决大型空间环境模拟设备液氮XiTong启动困难的问题。
7、Progress in Mass Transfer and Flow Dynamics of Gas-Liquid-Liquid System in Distillation Tower───蒸馏塔内汽-液-液三相的流动及传质
8、Hydrodynamics and mass transfer characteristics of gas-liquid-liquid system in a gas agitated extractor───气体搅拌的萃取塔气-液-液XiTong流体力学性能和传质特性
9、The Linearity Fitting Method for the t-x Formula under the Gas-Liquid Equilibrium of Compatible Liquid-Liquid System───完全互溶双液体系气-液平衡t-x关系式的线性拟合方法
1、A new method for visualization measurement of interface phase thickness and contact angle for liquid-liquid system was put forward.
2、The design method of a continuous decanter for liquid-liquid system was introduced and an engineering practical example given.
3、In seems to be difficult to explain why eruption occurred in the liquid-liquid system and was not detected in the present gas-liquid systems . This problem should be studied more precisely.