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Analysis of Partial Discharge Phenomena by Discharge Magnitude and Discharge Luminescence in Each Phase Angle

机译:通过各相角的放电量和发光量分析局部放电现象

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The discharge magnitude and the luminous quantity in each phase angle area have been measured simultaneously. The results are as follows:rn1. The discharge magnitude and the luminous quantity in the φ7 and φ 17 are larger than those in the other phase angle areas.rn2. The discharge magnitude in φ 7 and φ 17 increases with increasing the tree growth length. And the increasing rate of the discharge magnitude in the φ 7 phase angle area is larger than that in the φ 17.rn3. At the phase angle areas in φ 7 and φ 17, the increasing rate of luminous quantity in the tree area increases with increasing the tree growth length. And the increasing rate of the φ7 is nearly equal to that of the φ 17.
机译:同时测量了每个相角区域中的放电量和发光量。结果如下:rn1。 φ7和φ17中的放电量和发光量大于其他相角区域中的放电量和发光量。 φ7和φ17中的放电量随树木生长长度的增加而增加。并且,在φ7相角区域中放电幅度的增加率大于在φ17.rn3中。在φ7和φ17中的相角区域处,树区域中的发光量的增加率随着树的生长长度的增加而增加。 φ7的增长率几乎等于φ17的增长率。

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