V.5 No 1

45

On physical processes in showering arcs

References:

1. Curtis, A.M. Contact phenomena in telephone switching circuits. - Bell Sys. Techn. J., 1940, v. 19, No 1, p. 40- 62

2. Mills, G.W. The mechanisms of the showering arc. IEEE Transactions, 1969, v. PMP-5, No 1, p. 47- 55

3. Germer, L.H. Physical processes in contact erosion. J. Appl. Phys., 1958, v. 29, No 7, p. 1007- 10082

4. Atalla, M.M. Discharge phenomena on break of inductive circuit. Bell Sys. Tech. J., 1955, v. 34, No 1

5. Wagar, H.N. Predicting the erosion of switching contacts that break inductive loads. IEEE Transactions, 1969, v. PMP-5, No 1, p. 16- 24

6. Leb, I.L. Main processes of electric charges in gases. GITTL, Moscow - Leningrad, 1950 (Russian)

7. Granovsky, V.L. Electric current in gas. Nauka, Moscow, 1971 (Russian)

8. Omelchenko, V.T. Theory of processes at the contacts. Vischa schola, Kharkov, 1979 (Russian)

9. Holm, R. Electric contacts. Inostrannaya literatura, Moscow, 1961 (Russian)

10. Mick, J. and Krags, J. Main processes of electric discharges in gases. GITTL, Moscow - Leningrad, 1960 (Russian)

11. Summerwill, J.M. Electric arc. Gosenergoizdat, Moscow - Leningrad, 1962 (Russian)

12. Slade, P.S. An investigation of current interruption in low voltage circuits. IEEE Trans., 1969, v. PMP-5, No 1, p. 56- 61

13. Allen, A.L. Long-live contacts for unindirectional currents of 1- 20 Amperes. ibid paper, No 1506, 1953, v. 100, part I, p. 138

14. Germer L.H., Boyle W.s. Two distinctive types of short arcs. J. Appl. Phys., 1956, v. 27, No 1, p. 32- 39

15. Kantorovich, M.I. Operational calculus and processes in electric circuits. Nauka, Moscow, 1964 (Russian)

16. Atalla, M.M. Arching of electrical contacts in telephone switching systems. Part IV. Mechanism of the initiation of the short arc. The Bell System. Tech. Journ., 1955, v. 34, No 1, p. 203- 220

17. Omelchenko, V.T. Heat theory of bridge erosion of electric contacts: abstract of the D.Eng dissertation. Kharkov, 1967 (Russian)

18. Mesyats, G.A. and Proskurovsky, R.I. Pulsing electric discharge in vacuum. Nauka, Novosibirsk, 1964

19. Success of physical sciences, 2, 1983 (Russian)

20. Decabrun, I.E. and Ribin, G.Ya. Conditions of operation and requirements to reliability of contacts of commutative devices. - In: Electric contacts. Nauka, Moscow, 1972 (Russian)

21. Omelchenko, V.T. and Sereda, L.G. Short arc in contacts closing. - In: Bulletin of Kharkov Politechnical Institute, Issues of contact apparates of automatics, No. 142, issue 6, p. 3- 6. Kharkov, Vischa schola, 1978 (Russian)

22. Finkelburg, V. and Mecker, G. Electric arcs and thermal plasma. Inostrannaya literatura, Moscow, 1961 (Russian)

23. Beletsky, A.F. Foundations of theory of linear electric circuits. Svyaz, Moscow, 1967 (Russian)

24. Gardner, M.F. and Beris, D.L. Transients in linear systems. Gostechizdat, Moscow, 1949 (Russian)

25. Aizinov, M.M. Analysis and synthesis of linear radio engineering circuits in transient regime. Energy, Leningrad, 1967 (Russian)

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27. Rahovsky, D.I. Physical foundations of commutation of electric current in vacuum. Nauka, Voscow, 1970 (Russian)

28. Kaganov, I.L. Ion devices. Energy, Moscow, 1972 (Russian)

29. Brown, S. Elementary processes in plasma of gas discharge. Gosatomizdat, Moscow, 1961 (Russian)

30. Bessonov, L.A. Linear electric circuits. Vischaya schola, Moscow, 1968 (Russian)

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32. Physical encyclopaedia, vol. 5. Sovetskaya encyclopedia, Moscow, 1966 (Russian)

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34. Harinsky, A.K. Foundations of construction of radio equipment (Russian)

35. Taev, N.S. Electric contacts and arc-extinguishing equipment for low-pressure apparatus. Energy, Moscow, 1973 (Russian)

36. Bron, O.B. and Sushkov, L.I. Plasma streams in electric arc of switching off apparatus. Energy, Leningrad, 1975 (Russian)

37. High-voltage engineering. Razevig, D.V. (ed.). Energy, Moscow- Leningrad, 1964 (Russian)