Flashover of a vacuum-insulator interface: A statistical model
β Scribed by Stygar, W. A.; Ives, H. C.; Wagoner, T. C.; Lott, J. A.; Anaya, V.; Harjes, H. C.; Corley, J. P.; Shoup, R. W.; Fehl, D. L.; Mowrer, G. R.; Wallace, Z. R.; Anderson, R. A.; Boyes, J. D.; Douglas, J. W.; Horry, M. L.; Jaramillo, T. F.; Johnson, D. L.; Long, F. W.; Martin, T. H.; McDaniel, D. H.; Milton, O.; Mostrom, M. A.; Muirhead, D. A.; Mulville, T. D.; Ramirez, J. J.; Ramirez, L. E.; Romero, T. M.; Seamen, J. F.; Smith, J. W.; Speas, C. S.; Spielman, R. B.; Struve, K. W.; Vogtlin, G. E.; Walsh, D. E.; Walsh, E. D.; Walsh, M. D.; Yamamoto, O.
- Book ID
- 120807771
- Publisher
- The American Physical Society
- Year
- 2004
- Tongue
- English
- Weight
- 338 KB
- Volume
- 7
- Category
- Article
- ISSN
- 1098-4402
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π SIMILAR VOLUMES
The dependence of insulator surface strength on temperature in the range of 290 -6 K in a vacuum is presented. The insulator surface strength was found to increase in the range of liquid nitrogen and liquid helium temperatures compared with the flashover voltage measurements at ambient temperatures.
## Abstract Flashover of polluted insulators is still a serious threat to the safe operation of a power transmission system. Despite the extensive investigations carried out on the pollution performance of the insulators, the flashover characteristics are not well understood. Recent theoretical and