通过控制电压偏置方向，利用电渗流效应使毛细管多孔导电膜的刻蚀成功率得到显著提高。
The success rate of porous conductive membrane preparation on fused silica capillary was greatly improved by control of voltage bias and electroosmosis effect.
多孔介质中，毛细管压力对两相渗流的影响毋庸质疑。
It is no doubt the influence of capillary pressure on the bi-phase percolation in the porous medium.
非饱和带裂隙岩体中的渗流和饱和带相比有其不同的特点，包括毛细管流、薄膜流、优先流和裂隙-基质相互作用等。
There are some special issues that cause difference to predict fluid flow in fractured vadose zone, including capillary flow, film flow, preferential flow and fracture-matrix interaction.
通过物理吸附方法将其涂布在熔融石英毛细管内表面，测定了涂层柱的电渗流及其对碱性蛋白质的分离能力。
The coated column prepared by this method was good enough to repress the electroosmotic flow and the adsorption of the proteins on the capillary wall.
通过物理吸附方法将其涂布在熔融石英毛细管内表面，测定了涂层柱的电渗流及其对碱性蛋白质的分离能力。
The coated column prepared by this method was good enough to repress the electroosmotic flow and the adsorption of the proteins on the capillary wall.
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