Abstract
In this article, we use the molecular dynamic simulation to study the structure and transmission properties of polar fluid which is in the limited nature of nanochannel under the applied electric field. polar fluid is water. Simulation process is carried out under different electric field strength. The diffusion coefficient, density distribution, radial distribution function of water molecular in the same channel with different electric field strength and the same electric field strength of different pore are studied by the method of molecular dynamic simulation, obtained a conclusion that in a certain range of electric field intensity, the density of water distribution diffusion coefficient of the main conclusions of effects by the wall, but over a certain range, the electric field of influence will become obvious.
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