Abstract
The results of the electrical breakdown investigation in neon at Paschen's minimum, using a dynamic method with applying surface law are presented in this paper. The investigations were performed for applied voltage increase rates from 0.1 to 300 V/s. Two hundred measurements were done for each of applied voltage increase rates, while the number of measurements was 1000 for establishing the breakdown voltage distributions. Using the Mann-Whitney's test it was shown that the results appear randomly without any systematic error. A new form of breakdown voltage density distribution is suggested. Some of the V-t characteristics are given and the validity of the surface law is confirmed for the low pressure gas breakdown.
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