| 1. | By applying related theory of gas discharge and mathematical statistics , this paper more in - depth and systemic study the influence of the length of air gap , ice state , water conductivity and air pressure on the inception corona and pulse discharge characteristics , included the discharge frequency , discharge amplitude and time interval
根据试验结果,用气体放电和数理统计方法,分析了覆冰水电导率、冰的状态(干冰和湿冰) 、空气间隙长度、气压和施加电压等参数的变化对间隙模型的起始放电电压、脉冲放电特性、放电频率、放电幅值和时间间隔等的影响。 |
