A device for near-surface streamer-induced technologies

2001 Annual Report Conference on Electrical Insulation and Dielectric Phenomena (Cat. No.01CH37225) Pub Date : 2001-10-14 DOI:10.1109/CEIDP.2001.963495

Y. Shcherbakov, V.S. Syssoev

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Abstract

A well known Masuda-type device (Masuda and Kiss, 1984) is studied in the light of its conventional and modern practical applications. The device is designed as a dielectric plate (of 1 mm thickness) with periodic lattice (comb) structure of the potential electrode. This structure is evaporated onto one side of the plate with continuous grounded conductive surface overleaf. Under the applied AC HV, a self-restricted near-surface AC streamer corona discharge ignites around each strip of the lattice. In the present paper, phenomenology and various experimental characteristics of such a discharge are described, while a theory of the processes in the device is developed. Measured in experiments are single streamer current pulses, statistical distribution of the streamer current pulses, energy dissipation and average charge deposit by corona discharge into ambient air; measuring schemes with parameters are presented. The, experimental and theoretical results have been used for qualitative explanation of a recent drag reduction experiment (Shcherbakov et al, 2000) as well as for practical recommendations to some conventional applications (ozone generation, gas treatment etc).

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一种用于近地面飘带诱导技术的装置

一种著名的增田式装置(Masuda and Kiss, 1984)从其传统和现代实际应用的角度进行了研究。该器件被设计为一个电介质板(厚度为1mm)，具有周期性晶格(梳状)结构的电位电极。这种结构被蒸发到背面有连续接地导电表面的板的一侧。在施加的交流高压下，自约束的近表面交流流光电晕放电在晶格的每条周围点燃。在本文中，描述了这种放电的现象学和各种实验特性，同时发展了装置过程的理论。实验测量了单个流光电流脉冲、流光电流脉冲的统计分布、电晕放电到环境空气中的能量耗散和平均电荷沉积;提出了带参数的测量方案。实验和理论结果已用于最近的减阻实验的定性解释(Shcherbakov等人，2000年)以及对一些常规应用(臭氧产生，气体处理等)的实际建议。

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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2001 Annual Report Conference on Electrical Insulation and Dielectric Phenomena (Cat. No.01CH37225)

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