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Influence of Outer Electrode Form on Ozone Generation Properties of Screw electrode Ozonizer

机译:外电极形态对螺旋电极式臭氧发生器臭氧生成性能的影响

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Methyl bromide which is most popular disinfectant of soil has been prohibited from using except for an indispensable use by 2015. Therefore we pay attention to ozone as a substitute of the methyl bromide for soil sterilization, because the ozone is easily generated by dielectric barrier discharges. We have been developing an ozone generation system which is suitable to the soil sterilization and also investigating the soil sterilization with the generated ozone. So we are investigating influences of ozone generation characteristic on the screw electrode ozonizer by changing of outer electrodes, applied voltages, and flow rates of source gases. This time, in order to investigate the influence of the outer electrode form on ozone generation properties, we used two different outer electrodes; the single electrode of 11cm width and 3-divided-electrodes of 1cm×3(electrode spaces of 4cm). As results, maximum values of the ozone concentration, the ozone yield and the ozone generation efficiency were obtained when the electrode of 11cm was used for the outer electrode.
机译:除到2015年必不可少的用途外,禁止使用最流行的土壤消毒剂甲基溴。因此,由于介电势垒放电很容易产生臭氧,因此我们应注意将臭氧替代甲基溴用于土壤消毒。我们已经在开发一种臭氧发生系统,该系统适用于土壤灭菌,并且还对产生的臭氧对土壤灭菌进行了研究。因此,我们正在研究通过改变外部电极,施加的电压和原料气体的流速来改变臭氧发生特性对螺旋电极臭氧发生器的影响。这次,为了研究外部电极形式对臭氧生成特性的影响,我们使用了两个不同的外部电极;宽度为11厘米的单电极和1厘米×3的三分割电极(电极间距为4厘米)。结果,当将11cm的电极用作外部电极时,获得了臭氧浓度,臭氧产率和臭氧产生效率的最大值。

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