Investigation results of dielectric barrier discharge with preliminary gap ionization and development of medical ozonator with O/sub 3/ output concentrations in the range from 10 to 10000 /spl mu/g/1 are presented. Thin structure of microchannels and their current characteristics are studied. Wide dynamic range is provided by variations of pulse repetition rate of discharge powering. High precision of ozone synthesis is performed at the expense of dielectric barrier discharge initiation and application of short powering pulses.
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机译：给出了具有初步间隙电离的介电势垒放电的研究结果，以及O / sub 3 /输出浓度范围为10至10000 / spl mu / g / 1的医用臭氧发生器的开发结果。研究了微通道的薄结构及其当前特性。放电电源的脉冲重复频率的变化提供了宽动态范围。臭氧合成的高精度是以牺牲电介质势垒放电和施加短脉冲为代价的。
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