Undercar Electrical Generator for Railway Passenger Cars: Improvement of Efficiency / Dzelzceļa Pasažieru Zemvagona Elektriskā Ģeneratora Efektivitātes Uzlabošana

References

1. Dirba, J., Ketner, K., Levin, N., & Pugachev, V. (2002). Electrical Machines inTransport. Riga: Jumava, pp. 344 (in Latvian).
Search in Google Scholar
2. Zezirin, R. (1961). Inductor generators. Moscow: GEI (in Russian).
Search in Google Scholar
3. Levin, N., Kamolins, E., & Vitolina, S. (2011). Brushless Electrical Machines. Riga: RTU, pp. 275 (in Latvian).
Search in Google Scholar
4. Orlova, S., Pugachev, V., Levin, N., & Kamolins, E. (2009). Rational geometry of a magnetic circuit of an axial inductor generator. Proceedings of the 4th Intern. Conf. onElectrical and Control Technologies. Kaunas (Lithuania), pp. 219-222.
Search in Google Scholar
5. Dirba, J., Ketner, K., Orlova, S., Levin, N., & Pugachev, V. (20.11.2009). Inductancemachine with axial excitation. Patent LV Nr. 13971 B.
Search in Google Scholar
6. Levin, N., Kamolins, E., Pugachev, V. (02.04.2012). The Electrical Equipment forSupplying the Railway Passenger Cars with Electric Energy. LV Patent No. 14534B.
Search in Google Scholar