The effect of local vibration in an interfacial layer of a heterogeneous liquid system on the wettability of the material of interfacial formations based on a d- or f-metal di-(2-ethylhexyl)phosphate salt adhered to glass has been studied. It has been demonstrated that, in the field of mechanical vibrations, one can obtain a hydrophobic material with a desired wetting angle value. It has been established that the influence of mechanical vibrations is caused by changes in the hydrodynamic situation in the transition region and is a result of complex interplay mainly between hydrodynamic and coagulation processes in the interfacial layer of the di-(2-ethylhexyl)phosphoric acid–solvent/aqueous solution of a d- or f-metal salt system. The wettability of the material of interfacial formations adhered to glass turns out to depend on the parameters of the force field (vibration frequency and amplitude), the design features of the experimental setup, and the composition of the system.

中文翻译：

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界面层中的振动对具有 d 和 f 元素的系统中界面地层粘附材料的润湿性的影响

研究了非均质液体系统界面层中的局部振动对基于粘附在玻璃上的 d-或 f-金属二-(2-乙基己基)磷酸盐的界面地层材料的润湿性的影响。已经证明，在机械振动领域，可以获得具有所需润湿角值的疏水材料。已经确定，机械振动的影响是由过渡区流体动力学情况的变化引起的，是主要在二-（2-乙基己基）磷酸界面层中的流体动力学和凝结过程之间复杂相互作用的结果– d-或f-金属盐系统的溶剂/水溶液。