电渗流 meaning in English
electroendosmotic flow
electroosmotic flow
Examples
- In two - dimensional electrokinetic focusing , a theoretical model based on kirchhoff s current law was derived and applied to predict the width of the electrokinetically focused stream
在三维定常流场混合问题方面，我们以数值模拟方式探讨电渗流在具异质性表面电荷分布之三维微管道中之混合，共有三种不同型态之混合管道被探讨。 - The theoretical model of dc electroosmotic flow field is built based on the forming principle of the pumping rate and pressure of electroosmoticflow micropump . the numerical values of electric double layer and electroosmoticflow field are solved by using vorticity stream funcion formulation and finity difference algorithm . it shows many factors influence the pumping rate such as electric field indensity , section area , section shape , the dielectric constant and the viscosity constant of flow
本文详细的综述了直流电渗流微泵的国内外研究状况,阐述了双电层和直流电渗流微泵的原理,研究了电渗流微泵流量与压强的产生机制,建立了直流电渗流流场的理论模型,并利用涡度流函数法和有限差分法得到双电层电势和电渗流流场数值解。 - Simulation is applied using the software matlab and femlab on the base of theory . analyze and calculate the flow resistance in microchannel with various section shapes and flow velocity in microchannel with various inner diameters . those results offer the instruction on research of flow characters in microchannel and design dc electroosmiticflow micropump
以理论为基础,利用matlab 、 femlab进行仿真分析,并且对不同截面形状微通道的流阻和不同当量直径微通道内的流速进行了分析计算,其结果为电渗流在微通道内的流动特性的研究和直流电渗流微泵的设计提供了理论依据。 - In microfluidics systems , many parameters influence on the flow moving and control , for examples , microchannel surface characters , section shape . in this paper the main work is the research on the mechanism forming electroosmoticflow , theory analysis and simulation on the influence of the geometry parameters on the microflow . this paper reviews the development history of dc electroosmotic micropump and introduces the principle of electric double layer and dc electroosmotic micropump
在微流控系统中微通道的表面特性、截面形状等都会对电渗流流体的流动和控制产生影响,因此本文的主要工作内容就是对电渗流的产生机理进行研究和对微通道的几何参数对其中的流体的流动状况的影响进行分析。