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首页> 外文期刊>Journal of Imaging Science and Technology >Modeling of Ozone Formation by a Contact Charger Roller
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Modeling of Ozone Formation by a Contact Charger Roller

机译：接触式充电辊对臭氧形成的建模

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Ozone formation by a contact charger roller was modeled on the basis of a one-dimensional static plasma reaction. The results of the investigation showed that though the calculated rate of ozone emission was about 1.7 times smaller than the experimental result, effects of applied ac voltage and its frequency qualitatively agreed with experiments. The following conclusions were deduced from the investigation: (1) the rate of ozone formation is roughly estimated using the present model; (2) the rate of ozone formation is large under high applied voltage and high-frequency operation, but the effect of the roller resistance is minor; and (3) it was proposed that a normalized cumulative charge density be minimized to suppress ozone formation. The present method may be utilized for the design of a contact charging subsystem and its operating conditions to reduce ozone emission.
机译：基于一维静态等离子体反应，模拟了由接触充电辊形成的臭氧。调查结果表明，尽管计算出的臭氧排放速率比实验结果小约1.7倍，但施加的交流电压及其频率的影响在质量上与实验一致。从调查中得出以下结论：（1）使用本模型粗略估算了臭氧形成的速率； （2）在高施加电压和高频操作下，臭氧的形成率大，但滚动阻力的影响较小； （3）建议将标准化的累积电荷密度最小化以抑制臭氧的形成。本方法可用于接触充电子系统及其操作条件的设计，以减少臭氧排放。

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