Research on the microparticles collection caused by ac electroosmosis .

交流电渗粒子收集的研究。

Diffusion in the micro-channel flow driven by electroosmosis .

电渗驱动微通道流中的扩散。

Effect of asymmetrical micro electrode surface topography on alternating current electroosmosis flow rate .

非对称电极表面微观形貌对交流电渗流速的影响。

Results of this study indicate that pore water near anode electrodes can be attracted to cathode electrodes and drained away by electroosmosis , which brings about the reduction of water content and cause the consolidation of clay .

研究结果显示：电渗透作用能将正极处之孔隙水拖引至负极并排出，因而造成正极处之含水量减少及土层压密。