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The Surface Tension of a Solid in the Presence of Adsorption and Electric Charge on Its Surface Taking Account Its Finite Strain

机译:考虑到有限应变,存在吸附和电荷的固体表面张力

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摘要

Studies of the thermodynamic theory of equilibrium single-component adsorption from a liquid on a charged solid surface taking into account its finite strain are continued. The adsorption isotherm equation and surface tension of a solid are derived in the special case of the surface-layer equation within the model of two parallel capacitors. The constraint equations are obtained for parameters of the theory with capacitive curves measured on an unstrained metallic surface.
机译:考虑到液体的有限应变,继续对液体从带电固体表面上吸附平衡单组分的热力学理论进行研究。在两个并联电容器模型中,在表面层方程的特殊情况下,得出了固体的吸附等温线方程和固体的表面张力。对于在无应变金属表面上测得的电容曲线的理论参数,可得到约束方程。

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