Adsorption, wetting, and condensation on energetically heterogeneous solid surfaces
Adsorption, wetting, and condensation on energetically heterogeneous solid surfaces
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高能异质固体表面上的吸附、润湿和凝结
DOI：
10.1021/la00019a037
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发表时间：
1994
期刊：
影响因子：
3.9
通讯作者：
V. E. Smorodin
中科院分区：
文献类型：
--
作者：
V. E. Smorodin
分析了非均质（胶体尺度）固体表面的吸附、润湿和冷凝特性。根据经典的毛细理论，对非均质表面的杨氏定律进行了推广。研究了吸附、润湿和缩合之间的关系。预测和研究了一系列新的物理现象，包括非均相缩合的“准空化”机制、可溶势垒成核和吸热润湿效应。
Peculiarities of adsorption, wetting, and condensation on heterogeneous (colloidal scale) solid surfaces have been analyzed. In terms of the classicaltheory of capillarity, a generalization of the Young law for heterogeneous surfaces was achieved. The relationship between adsorption, wetting, andcondensation has been investigated. A series of new physical phenomena, a “quasi-cavitation” mechanism of heterogeneous condensation, doiible barrier nucleation, and endothermic wetting effect, are predicted and studied.