共 8 条
[1]
Zheleznodorozhnyi Transport, 6, pp. 44-53, (2008)
[2]
Malyutin R.R., Povyshenie Kachestva Energii Na Tygovykh Podstantsiyakh Peremennogo Toka (Energy Quality Increasing at Traction Electric Substations of Alternative Current), (1973)
[3]
Ovseichuk V., Trofimov G., Kap L., Viner I., Reactive power compensation. To the question of technical-economical reasonability, Novosti Elektrotekhniki, 4-52, pp. 42-46, (2008)
[4]
Figurnov E.P., Releinaya Zashchita Setei Tyagovogo Energosnabzheniya Peremennogo Toka (Relay Protection of the Networks of Traction Power Supply of Alternative Current), (2006)
[5]
Kalyaev I.A., Method of collective control for the group of objects, Mekhatronika. Avtomatizatsiya. Upravlenie, 3, pp. 9-22, (2003)
[6]
Kolpakhch'Yan P.G., Yanov V.P., Research of the system of traction power-supply system of alternative current under joint operation of electric locomotives with commutator and commutatorless traction motors, Materialy Mezhdunarodnoi Nauchno - Prakticheskoi Konferentsii Uchenykh Trans- Portnykh Vuzov, Inzhenernykh Rabotnikov i Predstavitelei Akademicheskoi Nauki (Bulletin of Institute of Engineers of Railway Transportation "Rolling Stock of the XXI Century". Proc. Int. Sci - Tech. Conf. Scientis
[7]
Nikitenko A.G., Plokhov V.M., Zarif'Yan A.A., Khomenko B.I., Matematicheskoe Modelirovanie Dinamiki Elektrovoza (Mathematical Simulation of Electric Locomotive Dynamics), (1998)
[8]
Bakhvalov Yu.A., Buzalo G.A., Zarif'Yan A.A., Et al., Dinamicheskie Protsessy V Asinkhronnom Tyagovom Privode Magistral'Nykh Elektrovozov (Dynamic Processes in Induction Traction Drive of Main Electric Locomotives), (2006)