Ozone synthesis in oxygen in a dielectric barrier free configuration

I. Chalmers, L. Zanella, S. Macgregor
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引用次数: 31

Abstract

This paper reports on the progress of an investigation into improving the performance of ozone generators. This has involved the introduction of pulsed power techniques in order to develop ways in which the delicate dielectric barrier, which is so often the cause of failures in conventional ozone generators, can be removed. A feasibility study of pulsed ozone generation has been carried out in order to identify the role of the main electrical parameters upon ozone production. A figure of merit of an ozone generator is the efficiency of ozone production, given in g/kWh, and this has been measured against gas pressure, gas flow rate, the magnitude and polarity of the voltage pulse, the pulse repetition frequency, electrode configuration, pulse length and pulse shape.
在无介电屏障结构中在氧中合成臭氧
本文报道了改善臭氧发生器性能的研究进展。这涉及到脉冲功率技术的引进,以便开发出可以去除脆弱的介电屏障的方法,而介电屏障通常是传统臭氧发生器失效的原因。为了确定主要电气参数对臭氧产生的作用,进行了脉冲臭氧产生的可行性研究。臭氧发生器的优点是臭氧产生效率,单位为g/kWh,这是根据气体压力、气体流速、电压脉冲的大小和极性、脉冲重复频率、电极配置、脉冲长度和脉冲形状来测量的。
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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