Analysis on the Defoaming Mechanism of Defoamer
消泡剂消泡机理分析

摘要

随着我国工业经济的不断发展，消泡剂在工业生产领域的应用也日益增多。例如在工业生产领域中，由于各种原因的叠加，有些生产环节会产生大量的泡沫，因此为了消除泡沫，就需要在某些生产环节中加入消泡剂，以降低气泡产生的概率。当气泡逐渐上升到液面时，在液面便会形成大量的气泡聚集体。总之，泡沫作为热力学不稳定体系，是气体进入溶液后形成的稳定时间较长的泡沫体系。 简而言之，泡沫作为热力学不稳定体系，是气体进入溶液后形成的稳定时间较长的泡沫体系。 因此为了更好的推广消泡剂，本文将对消泡剂的消泡机理进行深入的分析，以供参考。

Abstract

With the continuous development of our country's industrial economy, the application of defoamer in the field of industrial production is increasing. For example, in the field of industrial production, some production links will generate a lot of foam due to the superposition of various reasons. Therefore, in order to eliminate foam, it is necessary to add defoamer to some production links to reduce the probability of bubbles. When the bubbles gradually rise to the surface of the liquid, a large number of bubble aggregates form on the surface of the liquid. In short, as a thermodynamically unstable system, foam is a foam system with a relatively long stable time formed after the gas enters the solution. In short, as a thermodynamically unstable system, foam is a foam system with a relatively long stable time formed after the gas enters the solution. Therefore, in order to better promote the defoamer, this paper will conduct an in-depth analysis of the defoaming mechanism of the defoamer for reference.