继续讨论:输电线路的辐射

Manneback
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引用次数: 0

摘要

底盘。曼内巴克:我说过(论文的第二页顶部)“一个电扰动,即电压或电流的不连续,总是以恒定的速度沿着任何一条线传播$v = 1: \sqrt{LC}$。”我补充说:“无论是否有电阻和漏电,都是如此。”卡拉佩托夫博士不确定这是正确的;在他看来,传播的速度取决于电阻和漏电的存在,因此会降低。“我认为,这种观点上的差异是由于我们认为传播的不是同一件事。提出的问题在理论上很重要,值得仔细研究。
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Continued discussions: Radiation from transmission lines
Chas. Manneback: I said (top second page of paper) “An electric disturbance, i. e., a discontinuity of voltage or current, is always propagated along any line at the constant speed $v = 1: \sqrt{LC}$.” I added that “this is true whether there is resistance and leakance or not.” Dr. Karapetoff is not sure that this is correct; it seems to him “that the velocity of propagation depends on the presence of resistance and leakance and is thereby reduced. “This difference in opinions is due, I believe, to the fact that we do not think of the same thing being propagated. The question raised is of great theoretical importance and deserves a careful examination.
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