The pulsed corona discharge in water is presented, and its model is founded and the experimental system is designed.
介绍了为研究大间距水中脉冲电晕放电建立的放电模型和实验系统。
Although this model has answered some important questions, it has, in conjunction with experimental data, pointed out other aspects of corona phenomena that need further investigation.
虽然这个模型回答了几个重要问题，但结合实验资料，它还表明电晕现象中需要进一步探讨的几个问题。
Simulation results indicate that the TVAR model for modeling a discharge signal has a good performance for distinguishing the normal discharge and the anti-electric-corona discharge.
对实际信号的建模实验结果表明，该参数信号模型在放电信号建模方面具有优良的性能，特别是在区分正常放电与反电晕放电方面性能较好。
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