短扩散器气体过滤器效率的实验研究

N. Y. Fil’kin, V. Yusha, A. A. Kapelyukhovskaya
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引用次数: 0

摘要

本文考虑用短扩散器净化空气中的气溶胶和气体杂质的气体吸附和催化过滤器。在工作过程中,对平板隔板的气体过滤器和不均匀同心导板的短扩压器进行了气体动力效率标准的对比实验研究。用不均匀同心导流的短扩压器代替平面隔板,在减小气动阻力和获得更均匀的过滤器流动部分速度场的前提下,取得了积极的效果。已经确定,与具有平面隔板的基本结构相比,使用具有不均匀同心导流的短扩散器可以将过滤器中吸附和催化材料层的厚度减少多达30%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Experimental research of the efficiency of gas filters with a short diffuser
The article considers gas adsorption and catalytic filters with a short diffuser for air cleaning from aerosol and gas impurities. In the course of the work, comparative experimental studies of a gas filter with a flat partition and a short diffuser with uneven concentric guides in terms of the gasdynamic efficiency criteria were carried out. A positive effect was revealed when replacing the flat partition with a short diffuser with uneven concentric guides, which presupposes reducing the aerodynamic resistance and obtaining a more uniform velocity field in the flow part of the filter. It has been established that the use of a short diffuser with uneven concentric guides allows reducing the thickness of the layer of adsorption and catalytic materials in filters by up to 30% compared to the basic structure with a flat partition.
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