An Alternative Empirical Formula for Positive Corona Discharge I-V Characteristics in Point-to-Plate Electrode Geometry
An Alternative Empirical Formula for Positive Corona Discharge I-V Characteristics in Point-to-Plate Electrode Geometry
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DOI：
10.1088/1009-0630/16/3/07
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发表时间：
2014-03
影响因子：
1.7
通讯作者：
A. Azooz;Sabah I. Waysi
中科院分区：
文献类型：
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作者：
A. Azooz;Sabah I. Waysi
实验数据用于研究电晕放电的 I-V 特性对压力和使用点到平面电极配置的电极间距的依赖性。这些实验数据是通过快速、自动的计算机数据采集系统获得的。这些数据用于建议用于 I-V 曲线参数化的替代维度自洽经验方程。该公式消除了对有关起始电压的任何先前假设的需要，正如此类工作中的惯例。
Experimental data are presented for a study on the dependence of the I–V characteristics of the corona discharge on pressure and electrode spacing using point-to-plane electrode configuration. These experimental data are obtained by a fast, automatic computer data-acquisition system. The data are used to suggest an alternative dimensionally self-consistent empirical equation for the parameterization of the I–V curves. The formula eliminates the need for any prior assumptions concerning the inception voltage, as is customary in this type of work.