Modern Status of the Parametric Excitation of Oscillations in Film Flows and Granulation for Amorphous Materials’ Production

Ivan Kazachkov
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引用次数: 1

Abstract

The general and specific peculiarities of parametrically excited oscillations in the film flows and the new parametric effects revealed are discussed for engineering and technological applications. The main focus is placed on the film flows spreading on a solid surface or in another liquid medium with comparably high velocities when inertia forces are playing together with capillary ones and up to some extent sometimes with gravity forces. Scientific novelty of the work consists in the revealed three new phenomena of the film flow decay and created new granulation technologies for the unique amorphous materials’ production.
非晶材料生产中膜流和造粒振荡参数激励的现代地位
讨论了膜流中参数激振的一般特性和特殊特性,以及所揭示的新的参数效应,以供工程和技术应用。当惯性力与毛细管力共同作用,有时甚至在某种程度上与重力共同作用时,主要关注的是在固体表面或另一种液体介质中以相当高的速度扩散的膜流。该作品的科学新颖之处在于揭示了薄膜流动衰减的三种新现象,并为独特的非晶态材料的生产创造了新的造粒技术。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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