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Applying mechanical pressure on a solid boundary contact using a thin porous layer has been found to reduce the pore size and porosity near the wall region, limiting the flow and mass transport properties. This reduction may affect the overall performance of devices such as the electroosmotic pump that generally uses a porous media with constant porosity in an electric field. Therefore, to improve...
The application of pressure in the assembly of devices containing thin porous layers has shown significant effects with the presence of a solid boundary contact. During this process, pore diameters of the thin porous layers are reduced. Thus, the porosity in the near wall region is effectively reduced. The reduced porosity significantly lowers the overall performance of the devices because of the...
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