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Ultrasonic coagulation to improve the efficiency of the gas cleaning systems

机译:超声凝固以提高气体清洁系统的效率

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The article shows the results of theoretical and experimental studies of the process of centrifugal trapping particulate matter using the developed two-stage gas cleaning equipment. Design features of the proposed and created equipment based on an agglomeration with ultrasonic disc radiators, acting as a first stage of trapping are described. The second step is the capture device with a counter-swirling flow, supplemented by ultrasonic radiators disc. The theoretically calculated and experimental fractional efficiency of the created gas cleaning equipment is given.
机译:本文介绍了使用开发的两级气体清洁设备的离心俘获颗粒物过程的理论和实验研究的结果。基于具有超声盘散热器的附聚的提出和创造设备的设计特征,作为作为第一捕获阶段的作用。第二步骤是具有反旋流的捕获装置,其由超声波辐射器盘补充。给出了产生的气体清洁设备的理论上计算的和实验分数效率。

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