A brushless self-excited sinusoidal wave single-phase synchronous generatorSHIBATA, F; NAOE, N.Electrical engineering in Japan. 1990, Vol 109, Num 4, pp 113-121, issn 0424-7760Article

Three-phase asymmetric fractional windings for AC electric machines with noninteger z/3POPOV, V. I.Russian electrical engineering. 1998, Vol 69, Num 2, pp 1-9, issn 1068-3712Article

Electromagnetic properties of a low-power one-machine frequency changer with a superimposed rotor windingPOPOV, V. I; ALIKHANYAN, K. A; DADIVANYAN, F. P et al.Soviet electrical engineering. 1990, Vol 61, Num 5, pp 54-60, issn 0038-5379Article

Designing 2 pole and 2/4 pole windings by the simulated annealing methodPOLOUJADOFF, M; MIPO, J. C; SIARRY, P et al.Electric machines and power systems. 1998, Vol 26, Num 10, pp 1059-1066, issn 0731-356XArticle

New three-phase symmetric fractional (q = b + c/8) windings of electrical machinesPOPOV, V. I.Russian electrical engineering. 1998, Vol 69, Num 10, pp 43-52, issn 1068-3712Article

Electromagnetic properties of three-phase single-layer windings with abbreviated spacingPOPOV, V. I; AKHUNOV, T. A; MAKAROV, L. N et al.Russian electrical engineering. 1997, Vol 68, Num 10, pp 1-7, issn 1068-3712Article

Computer model of an asynchronous cascadeVILYACHKIN, L. V; GALISHNIKOV, Y. P.Russian electrical engineering. 1997, Vol 68, Num 9, pp 62-68, issn 1068-3712Article

Differential scattering of windings of RA three-phase asynchronous machinesPOPOV, V. I.Russian electrical engineering. 2000, Vol 71, Num 9, pp 51-59, issn 1068-3712Article

Three-phase asymmetric fractional windings for AC electric machines with integer z/3POPOV, V. I.Russian electrical engineering. 1998, Vol 69, Num 2, pp 10-17, issn 1068-3712Article

Minimising rotor losses in high-speed high-power permanent magnet synchronous generators with rectifier loadVAN DER VEEN, J. L. F; OFFRINGA, L. J. J; VANDENPUT, A. J. A et al.IEE proceedings. Electric power applications. 1997, Vol 144, Num 5, pp 331-337, issn 1350-2352Article

Flux level selection in vector-controlled dual stator winding induction machinesGUERRERO, J. M; OJO, O.IET electric power applications (Print). 2009, Vol 3, Num 6, pp 562-572, issn 1751-8660, 11 p.Article

Direct torque control schemes for split-phase induction machineHATUA, Kamalesh; RANGANATHAN, V. T.IAS annual meeting. 2004, pp 615-622, isbn 0-7803-8486-5, 8 p.Conference Paper

Electromagnetic properties of three-phase windings with different numbers of turns in electrical machinesPOPOV, V. I.Russian electrical engineering. 1997, Vol 68, Num 9, pp 31-36, issn 1068-3712Article

Design of a permanent magnet synchronous motorPANIGRAHI, B. P; PATRA, K. C; SUBBARAO, V et al.Electric machines and power systems. 1999, Vol 27, Num 7, pp 771-779, issn 0731-356XArticle

On-line stator winding faults detection in inverter fed induction motors by stator current reconstructionWOLBANK, T. M; WÖHRNSCHIMMEL, R.IEE conference publication. 1999, pp 253-257, issn 0537-9989, isbn 0-85296-720-9Conference Paper

Enroulements dissymétriques pour les machines électriques coupléesPOPOV, V. I.Èlektričestvo. 1988, Num 11, pp 28-36, issn 0013-5380Article

Estimation of Series Capacitance for a Three-Phase Transformer Winding From Its Measured Frequency ResponsePRAMANIK, Saurav; SATISH, L.IEEE transactions on power delivery. 2013, Vol 28, Num 4, pp 2437-2444, issn 0885-8977, 8 p.Article

Three-phase transformer modelling for unbalanced conditions Part I. core modelling and introductory examplesCORCOLES, F; SAINZ, L; PEDRA, J et al.IET electric power applications (Print). 2008, Vol 2, Num 2, pp 99-112, issn 1751-8660, 14 p.Article

Multicomponent plane motor with massive disk rotorANNENKOV, A. N; ORLOV, V. V.Russian electrical engineering. 2000, Vol 71, Num 8, pp 37-40, issn 1068-3712Article

Efficiency of three-phase, two-layer fractional (q = b + 0.5) electrical-machine windings with unequal numbers of turns in the coilsPOPOV, V. I.Russian electrical engineering. 1998, Vol 69, Num 4, pp 11-18, issn 1068-3712Article

Turn-to-earth fault modelling of power transformer based on symmetrical componentsGOUDA, Osama E; ADEL ZEIN EL DEIN; MOUKHTAR, Ibrahem et al.IET generation, transmission & distribution (Print). 2013, Vol 7, Num 7, pp 709-716, issn 1751-8687, 8 p.Article

A new rectifier based topology for electrical drives : S-A-X - converterZIEGLER, Marcus; DOMES, Daniel; HOFMANN, Wilfried et al.Power electronics specialists conference. 2004, pp 2924-2928, isbn 0-7803-8399-0, 6Vol, 5 p.Conference Paper

Analytical prediction of dynamic performance characteristics of brushless DC drivesZHU, Z. Q; HOWE, D; ACKERMANN, B et al.Electric machines and power systems. 1992, Vol 20, Num 6, pp 661-678, issn 0731-356XArticle

A six-phase synchronous generator for stand-alone renewable energy generation: Experimental analysisSINGH, G. K.Energy (Oxford). 2011, Vol 36, Num 3, pp 1768-1775, issn 0360-5442, 8 p.Article

Interpretation of Transformer FRA Responses-Part II: Influence of Transformer StructureSOFIAN, Dahlina M; ZHONGDONG WANG; JIE LI et al.IEEE transactions on power delivery. 2010, Vol 25, Num 4, pp 2582-2589, issn 0885-8977, 8 p.Article