1) ultrafiltration process
超滤过程
1.
By analyzing the ultrafiltration process of flat membrane,differential equations of momentum transfer and mass transfer describing the process are established.
通过分析平板膜超滤分离过程,描述了超滤过程动量传递和质量传递的微分方程,求解方程得到速度分布和浓度分布曲线。
2) filtration process
过滤过程
1.
Experimental study on particle matter monitoring of filtration process with transmitted light fluctuation monitoring technique;
透光脉动技术监测过滤过程颗粒物试验研究
2.
Consequently, a calculation model of head loss for filtration process with uniform media was deduced.
将粒状材料组成的滤床抽象为由无数条毛细管道组成的管束，将过滤过程描述为水流在毛细管道中流动时的管壁吸附过程，从而推导出了均质滤料过滤过程的水头损失计算模型。
3) complexation-ultrafiltration coupling process
络合-超滤耦合过程
1.
These new methods mainly include the absorption of lowcost sorbents, micellarenhanced ultrafiltration, complexation-ultrafiltration coupling process and electrochemical method.
这些新方法主要有:廉价吸附剂吸附、胶束增强超滤、络合-超滤耦合过程和电化学法。
5) ultrafiltration
[英][,ʌltrəfil'treiʃən] [美][,ʌltrəfɪl'treʃən]
超过滤
1.
By means of Tyndall effect, electron microscope and ultrafiltration, it was found that the catalyst dispersed in toluene solution existing as colloidal particle sizes was from 1nm to 100 nm.
通过 Tyndall效应、电镜观察和超过滤实验 ,证明了 V(acac) 3- Al(i- Bu) 2 Cl催化体系在溶有丁二烯的甲苯溶剂中以小颗粒分散 ,粒径在 1～ 1 0 0 nm之间 ,为胶体催化剂 ,属于高度分散的多相催化体系。
2.
By the Tyndall effect, TEM observation and ultrafiltration experiment, FeCl 3 Al(iBu) 3 phen catalyst is proved as a colloidal disperse system in butadiene hydrogasoline solution.
通过Ｔｙｎｄａｌ效应、电镜观察和超过滤实验表明，ＦｅＣｌ３－Ａｌ（ｉＢｕ）３－Ｐｈｅｎ催化剂在溶有了二烯的加氢汽油介质中为胶体分散系，活性中心位于胶粒表面，因此是胶体催化剂。
3.
By means of Tyndall effect,electron microscope and ultrafiltration it is found that the catalyst dispersing in butadiene-hydrogasoline solution exists in little particle form and that the particle sizes are from to 100mm.
通过Tyndall效应、电镜观察和超过滤实验，证明镍催化体系在溶有丁二烯的加氢汽油中以小颗粒分散，粒径在1～100nm之间，为胶体催化剂，属于高度分散的多相催化体系。
6) ultrafiltration
[英][,ʌltrəfil'treiʃən] [美][,ʌltrəfɪl'treʃən]
超细过滤
补充资料：过滤过程与过滤机分类
过滤过程与过滤机分类  | |
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参考词条