Electromagnetic field radiation generated by pulsed non-thermal plasma discharge

O. Beniuga, I. Dirlau, D. Astanei, R. Burlica
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Abstract

The benefits of non-thermal plasma have been proved effective in the agricultural field, medicine, and environmental control. The process used to obtain non-thermal plasma activated water uses a high voltage source and during plasma discharge is generated an electromagnetic radiation in the surrounding areas of the generator. The present paper assesses the radiated fields in the proximity of the non-thermal plasma reactors, during plasma activated water production, in order to identity their intensity for evaluating the impacts on the electronics or human operators in the near field. The electromagnetic fields are induced by electrical surface discharges and their intensity depends on the distance from the discharge point.
脉冲非热等离子体放电产生的电磁场辐射
非热等离子体的优势已被证明在农业领域、医学和环境控制方面是有效的。用于获得非热等离子体活性水的过程使用高压源,并且在等离子体放电期间在发生器的周围区域产生电磁辐射。本文对等离子体活性水生产过程中非热等离子体反应堆附近的辐射场进行了评估,以便确定其强度,以评估对近场中的电子设备或操作人员的影响。电磁场是由电表面放电产生的,其强度取决于与放电点的距离。
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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