放电,空间电荷和电树的形状

K. Bromley, L. Dissado, J. Fothergill
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引用次数: 5

摘要

剩余正电荷沿着树形小管的壁进入周围聚合物的运动是决定树形(灌木或树枝)的关键因素。正电荷沿小管壁具有较高的迁移率,促进单次放电传播到树梢。低迁移率的正壁电荷倾向于更多,但可能更小的放电。前者可能有利于树枝树生长,后者有利于灌木树生长。当每半个循环有许多次放电时,可能会出现扩散的正壁电荷。由此造成的损伤可能有利于分叉(横向延伸)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Discharges, space charge, and the shape of electrical trees
The movement of residual positive charges along the walls of tree tubules and into the surrounding polymer is a critical determining factor in the shape (bush or branch) of electrical trees. Positive charge that has a higher mobility along tubule walls promotes single discharges propagating to the tree tip. Lower mobility positive wall charge tends to more, but perhaps smaller, discharges. The former may favour branch tree growth, the latter bush trees. Spread out positive wall charge may occur when there are a number of discharges per half cycle. The resulting damage may favour bifurcation (transverse extension).
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