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首页> 外文会议>ICIS'02, Tokyo: International Congress of Imaging Science 2002, Tokyo: "Imaging Science and Engineering Creating the Information Technology of the Future", May 13-17, 2002, Tokyo, Japan >Effect of Airflow and Iso-paraffin on Corona Discharge
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Effect of Airflow and Iso-paraffin on Corona Discharge

机译：气流和异链烷烃对电晕放电的影响

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摘要

Corona discharge is applied to various fields. In the applications, the change of corona discharge characteristics is problem. The effects of airflow and isopar (which is mixture of several kinds of iso-paraffin: n-Nonane, n-Decane and so on) gas on corona discharge are investigated. It is found that the voltage for keeping corona current constant decreases when the airflow is applied to corona discharge area and that the voltage increases when the airflow contains isopar gas. It is found that the accumulation of polymer occurs on corona wire when the wire is negative and the airflow contains isopar gas. It is considered that the initial mechanism of the accumulation is due to isopar ionization by electron collision to positive ion.
机译：电晕放电应用于各种领域。在应用中，电晕放电特性的变化是个问题。研究了气流和isopar（正构烷烃，正癸烷等几种异链烷烃的混合物）气体对电晕放电的影响。已经发现，当将气流施加到电晕放电区域时，用于保持电晕电流恒定的电压降低，并且当气流中包含异丙醇气体时，电压升高。发现当电晕丝为负值且气流中含有异丙醇气体时，聚合物会在电晕丝上积聚。可以认为，累积的初始机理是由于电子与正离子碰撞而引起的等离子电离。

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