capillary chemistry

capillary chemistry的基本解释

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[化] 表面化学

与capillary chemistry相关的网络例句 [注：此内容来源于网络，仅供参考]

The mechanism of wetting and electroosmosis of carbon cathode is discussed by the application of surface and capillary chemistry theories, on the basis of determination of relative phenomena in this melts; The hysteresis effect of wetting angle is studied and the velocity equation of carbon cathode electroosmosis is deduced.

归纳了熔液中碳溶胶、CO〓溶胶以及Al〓C〓胶体稳定性的影响因素。（6）根据对熔液中炭阴极湿润和电渗现象的研究，通过界面化学理论和毛细管界面理论的应用，讨论了熔液中炭阴极湿润和电渗机理。研究了熔液中炭阴极湿润角滞后效应产生的原因在于测量时体系的不平衡。推导了炭阴极电渗速率的理论方程。

It is generally accepted that in the Purex process, particularly in the first cycle, the crud occurrence is related to the capillary chemistry phenomena resulting from the deposits of Zr with TBP degradation products HDBP, H_2MBP, H_3PO_4 and the insoluble particle RuO_2 and Pd.

目前 ，普遍认为，在Purex流程萃取过程中，尤其是在一循环中，界面污物的产生与Zr和TBP降解产物HDBP、H2 MBP、H3 PO4 形成的沉淀以及料液中存在的不溶性RuO2 、Pd等微粒的表面化学现象有关。

与capillary chemistry相关的网络解释 [注：此内容来源于网络，仅供参考]

capillary chemistry：表面化学

capillary channel 毛细孔道 | capillary chemistry 表面化学 | capillary condensation 毛细凝聚

capillary chemistry：毛细管化学

capillary channel ==> 毛细管道 | capillary chemistry ==> 毛细管化学 | capillary circulation ==> 毛细血管循环