Rambler's Top100

Rambler's Top100

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  • 5, 2015

    1. Mikhajlov M. I. Vlijanie vneshnikh elektromagnitnykh polej na tsepi provodnoj svjazi i zaschitnye meroprijatija [Influence of external electromagnetic fields on wire circuits and their protective measures], Moscow, Svjazizdat, 1959.

    2. Turaev V. A. O navedennykh naprjazhenijakh na vozdushnykh linijakh [About induced voltage on overhead transmission lines], Elektricheskie stantsii, 1995, no. 8.

    3. The labor protection rules for electrical installations. Revised on 24 July 2013, #328n.

    4. Electrical installations code, 7th ed.

    5. STO 56947007-29.240.55.018-2009. Methodological instructions for induced voltage measurement on de-energized overhead transmission lines located near existing overhead lines.

    6. Danilin A. N., Efimov B. V., Zalesova O. V., Selivanov V. N., Jakubovich M. V. Povyshenie bezopasnosti rabot na linijakh pod navedennym naprjazheniem [Increasing of safety of work on lines being under induced voltage], Trudy KNTs RAN. Energetika, Apatity: Kolskij nauchnyj tsentr RAN, 2010.

    7. Kolechitsky E. S., Kharlamova Yu. A. Raschet navedennykh naprjazhenij na provodakh VL vysokogo naprjazhenija [Calculation of induced voltage on overhead high-voltage lines], Elektro, 2014, no. 4.

    8. Kolechitsky E. S., Kharlamova Yu. A. Raschet emkostnogo toka na vozdushnykh linijakh pod navedennym naprjazheniem [Capacitive current calculation for transmission lines being under induced voltage], Energobezopasnost i Energosberezhenie, 2014, no. 6, pp. 58.

    9. Gerasimov V. G., Popov A. I. (ed.). Electrical engineering Handbook, vol. 4. Generation, transmission, and distribution of electrical energy. Moscow, MPEI, 2002.



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