The pulsed discharge arc resistance and its functional behavior
The pulsed discharge arc resistance and its functional behavior
复制标题
DOI：
10.1109/27.24643
复制
发表时间：
1989-04
影响因子：
1.5
通讯作者：
T. Engel;A. Donaldson;M. Kristiansen
中科院分区：
文献类型：
--
作者：
T. Engel;A. Donaldson;M. Kristiansen
几个理论和经验的电弧电阻方程进行了广义的比较，通过规范化的理论和实验电弧电阻值在t=0.5 μ s（近似时间的最大电弧电流）。结果发现，考虑的电弧电阻方程可以分组，根据其功能的形式，无论是反积分或反指数形式。两者的准确性进行了讨论。在接近一个大气压的压力下，I.V.Demenik等（1968），Kushner等（1985），Rompe和W. Weizel（1944）和A.E. Vlavelet（1972）同样准确地预测了0.1 μ s >
A generalized comparison of several theoretical and empirical arc-resistance equations was conducted by normalizing the theoretical and experimental arc-resistance values at t=0.5 mu s (approximate time of maximum arc current). It was found that the arc-resistance equations considered could be grouped according to their functional form and were either of the inverse integral or inverse exponential form. The accuracies of both are discussed. At pressures approaching one atmosphere, it has been shown that the equations developed by I.V. Demenik et al. (1968), Kushner et al. (1985), Rompe and W. Weizel (1944), and A.E. Vlastos (1972) were equally accurate predictions of arc resistance for 0.1 mu s >