Abstract The paper describes the simulation of real electrooptical measurements of prebreakdown processes in nitrobenzene. The developed mathematical model corresponds to the geometric and electrical characteristics of the simulated experiments, which allows solving the inverse problem of recovering the process parameters in the tip zone by solving the direct problem. Visualization of the matrix of the computed intensity values allowed us to obtain a picture of the Kerr fringes. The developed modeling method performs estimation of the electric field distribution in the interelectrode gap on the kerrogram. Calculated kerrograms were compared with experimental ones.

中文翻译：

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液体中电光实验的模拟

摘要 本文描述了硝基苯预击穿过程的真实光电测量模拟。开发的数学模型对应于模拟实验的几何和电学特性，可以通过求解正问题来解决恢复尖端区工艺参数的逆问题。计算强度值矩阵的可视化使我们能够获得克尔条纹的图片。所开发的建模方法对 Kerrogram 上的电极间间隙中的电场分布进行估计。计算的kerrograms 与实验的比较。