The results of two-dimensional numerical simulation of single positive and negative streamer development in atmospheric air in weak uniform electric fields are presented. It is shown that the form of streamer channel and the rate of growth of streamer velocity with its length are determined by the magnitude and polarity of the applied field E/sub 0/. The difference between the parameters of positive and negative streamers decreases with the growth of E/sub 0/. The numerical results agree with the findings of the qualitative analysis of streamer dynamics.
展开▼
机译：给出了在弱均匀电场中大气中正负流单个发展的二维数值模拟结果。结果表明，拖缆通道的形式和拖缆速度随其长度的增长速度取决于施加电场E / sub 0 /的大小和极性。正负流的参数之间的差异随着E / sub 0 /的增加而减小。数值结果与对拖缆动力学定性分析的结果相符。
展开▼
