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Efficiency processing parameter for plasma-aided surface impregnation: II. Interfacial energy, adhesion tension and capillary pressure

机译:用于等离子体辅助表面浸渍的效率处理参数:II。界面能,粘附张力和毛细压力

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Plasma-aided technique can be used to aid surface impregnation: materials with low surface free energy were subjected to activate plasma pre-treatment to increase the surface free energy. The higher the surface free energy of the solid substrate is, the better the impregnation. In general, the following efficiency criterion was found: “Plasma-aided impregnation of a material will be more successful and the material will be more susceptible as the difference between its surface free energy and the surface tension of the impregnation solution is greater than zero”. If not, there will be impregnation problems.
机译:等离子体辅助技术可用于辅助表面浸渍:将具有低表面自由能的材料进行活化等离子体预处理,以增加表面自由能。固体基质的表面自由能越高,则浸渍越好。通常,发现以下效率标准:“材料的等离子体辅助浸渍将更成功,并且材料的表面自由能与浸渍溶液的表面张力之差大于零时,材料将更易受到腐蚀” 。如果没有,将存在浸渍问题。

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