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rotating electroosmotic flow (eof)

Journal of Mechanics (1)

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Unsteady Rotating Electroosmotic Flow Through a Slit Microchannel
D.-Q. Si, Y.-J. Jian, L. Chang, Q.-S. Liu
Journal:

Journal of Mechanics / Volume 32 / Issue 5 / October 2016

Published online by Cambridge University Press:

15 February 2016, pp. 603-611

Print publication:

October 2016
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Using the method of Laplace transform, an analytical solution of unsteady rotating electroosmotic flow (EOF) through a parallel plate microchannel is presented. The analysis is based upon the linearized Poisson-Boltzmann equation describing electrical potential distribution and the Navies Stokes equation representing flow field in the rotating coordinate system. The discrepancy of present problem from classical EOF is that the velocity fields are two-dimensional. The rotating EOF velocity profile and flow rate greatly depend on time t, rotating parameter ω and the electrokinetic width K (ratio of half height of microchannel to thickness of electric double layer). The influence of the above dimensionless parameters on transient EOF velocity, volume flow rate and EO spiral is investigated.