EQUIVALENT CIRCUIT MODELING OF A SUPERCONDUCTING SYNCHRONOUS GENERATORMUTA I.1977; ELECTR. ENGNG JAP.; USA; DA. 1977 PUBL. 1979; VOL. 97; NO 6; PP. 82-90; BIBL. 7 REF.Article

Characteristics of superconducting synchronous generator with electromagnetic shield coil controlMUTA, I.Electric machines and power systems. 1984, Vol 9, Num 2-3, pp 179-192, issn 0731-356XArticle

DYNAMIC CHARACTERISTICS OF SUPERCONDUCTING SYNCHRONOUS GENERATORS WITH DOUBLE ROTOR SHIELD (II: TRANSIENT STABILITY)MUTA I; INATOMI S.1982; ELECTRICAL ENGINEERING IN JAPAN; ISSN 0036-9691; USA; DA. 1982; VOL. 102; NO 3; PP. 93-101; BIBL. 16 REF.Article

DYNAMIC CHARACTERISTICS OF SUPERCONDUCTING SYNCHRONOUS GENERATORS WITH DOUBLE ROTOR SHIELD. I: DYNAMIC STABILITYMUTA I; INADOMI S.1982; ELECTRICAL ENGINEERING IN JAPAN; ISSN 0036-9691; USA; DA. 1982; VOL. 102; NO 2; PP. 88-95; BIBL. 15 REF.Article

COMPARISON OF DYNAMIC STABILITY OF SUPERCONDUCTING AND CONVENTIONAL SYNCHRONOUS ALTERNATORSMUTA I; INADOMI S.1980; ELECTR. ENG. JPN; ISSN 0036-9691; USA; DA. 1980 PUBL. 1982; VOL. 100; NO 6; PP. 98-106; BIBL. 14 REF.Article

EQUIVALENT CIRCUIT MODELING OF A SUPERCONDUCTING SYNCHRONOUS GENERATOR WITH DOUBLE ELECTROMAGNETIC SHIELDS. II: EQUIVALENT CIRCUIT MODEL AND ESTIMATION OF ITS CONSTANTS FOR DESIGN EXAMPLESMUTA I; MAGARIKAJI N.1980; ELECTR. ENG. JPN.; ISSN 0036-9691; USA; DA. 1980 PUBL. 1982; VOL. 100; NO 5; PP. 71-79; BIBL. 17 REF.Article

EQUIVALENT CIRCUIT MODELING OF A SUPERCONDUCTING SYNCHRONOUS GENERATOR WITH DOUBLE ELECTROMAGNETIC SHIELDS. I: DEVELOPMENT OF THEORETICAL EQUATIONSMUTA I; MAGARIKAJI N.1980; ELECTR. ENG. JPN.; ISSN 0036-9691; USA; DA. 1980 PUBL. 1982; VOL. 100; NO 5; PP. 61-70; BIBL. 6 REF.Article

THE SHIELDING OF ASYNCHRONOUS MAGNETIC FIELDS IN THE SUPERCONDUCTING SYNCHRONOUS GENERATOR WITH ELECTROMAGNETIC SHIELDSMUTA I; MUKAI E; YAGI M et al.1978; ELECTR. ENG. JAP.; USA; DA. 1978 PUBL. 1979; VOL. 98; NO 5; PP. 92-99; BIBL. 14 REF.Article

THREE-DIMENSIONAL ANALYSIS OF INDUCTANCES AND MAGNETIC FIELDS IN THE AIR-CORED ARMATURE WINDINGS OF A SUPERCONDUCTING SYNCHRONOUS MACHINEMUKAI E; MUTA I; YAGI M et al.1980; ELECTR. ENG. JPN.; ISSN 0036-9691; USA; DA. 1980 PUBL. 1981; VOL. 100; NO 2; PP. 72-79; BIBL. 21 REF.Article

Approximate expressions for maximum values of transient magnetic fields and electromagnetic forces imposed on windings in superconducting generatorsMUKAI, E; MUTA, I.Electrical engineering in Japan. 1995, Vol 115, Num 2, pp 102-114, issn 0424-7760Article

DC motor control by model following controllerMUTA, I; IGUCHI, M.Electrical engineering in Japan. 1986, Vol 106, Num 3, pp 67-75, issn 0424-7760Article

Fabrication and excitation testing of a fully superconducting brushless generator with magnetic flux pumpTSUKIJI, H; HOSHINO, T; MUKAI, E et al.Electrical engineering in Japan. 1997, Vol 118, Num 4, pp 35-45, issn 0424-7760Article

An upwind galerkin finite element analysis of linear induction motorsFURUKAWA, T; KOMIYA, K; MUTA, I et al.IEEE transactions on magnetics. 1990, Vol 26, Num 2, pp 662-665, issn 0018-9464, 4 p.Conference Paper

Electrical characteristics of a fully superconducting brushless generator equipped with a magnetic flux pumpTSUKIJI, H; HOSHINO, T; MUTA, I et al.Electrical engineering in Japan. 1997, Vol 120, Num 3, pp 64-72, issn 0424-7760Article

Load test on superconducting transformer and fault current limiting devices for electric power systemHOSHINO, T; MUTA, I.IEEE transactions on magnetics. 1994, Vol 30, Num 4, pp 2018-2021, issn 0018-9464, 2Conference Paper

Design and performance of compensator for decremental persistent current in HTS magnets using linear type magnetic flux pumpCHUNG, Y. D; MUTA, I; HOSHINO, T et al.Cryogenics (Guildford). 2004, Vol 44, Num 11, pp 839-844, issn 0011-2275, 6 p.Article

Optimal design of superconducting generator using genetic algorithm and simulated annealingHAN, S. I; MUTA, I; HOSHINO, T et al.IEE proceedings. Electric power applications. 2004, Vol 151, Num 5, pp 543-554, issn 1350-2352, 12 p.Article

Maximum photovoltaic power tracking: an algorithm for rapidly changing atmospheric conditionsHUSSEIN, K. H; MUTA, I; HOSHINO, T et al.IEE proceedings. Generation, transmission and distribution. 1995, Vol 142, Num 1, pp 59-64, issn 1350-2360Article

MHz band impedance analysis of oxide superconductors : Twelfth international conference on magnet technology, Leningrad, June 23-28, 1991HOSHINO, T; MUTA, I; TANAKAMURA, Y et al.IEEE transactions on magnetics. 1992, Vol 28, Num 1, pp 763-766, issn 0018-9464Conference Paper

Output power limit of 200 MW class brushless superconducting generator excited with magnetic flux-pumpTSUKIJI, H; HOSHINO, T; MUTA, I et al.IEEE transactions on applied superconductivity. 2001, Vol 11, Num 1, pp 2335-2338, issn 1051-8223, 2Conference Paper

Fundamental design and electrical characteristics of superconducting commutatorless motorMUTA, I; HOSHINO, T; HAYASHI, K et al.Electrical engineering in Japan. 1995, Vol 115, Num 1, pp 123-140, issn 0424-7760Article

Structural and superconducting properties of PIT processed sintered MgB₂/Fe wiresBALAMURUGAN, S; NAKAMURA, T; OSAMURA, K et al.Physica. C. Superconductivity. 2004, Vol 412-14, pp 1184-1188, issn 0921-4534, 5 p., 2Conference Paper

Angular dependence of E-J characteristics and dissipative properties in Bi-2223/Ag tapeNAKAMURA, T; TSUCHIYA, S; FUJIO, A et al.Superconductor science & technology (Print). 2002, Vol 15, Num 2, pp 230-235, issn 0953-2048Article

Anisotropy of critical current and glass-liquid transition flux density in Bi-2223/Ag tapeNAKAMURA, T; YAMAMOTO, T; TSUCHIYA, S et al.Superconductor science & technology (Print). 2000, Vol 13, Num 11, pp 1521-1525, issn 0953-2048Article

Turn off trigger energy characteristics of the superconducting Power electronics device (S-PED)HOSHINO, T; EGUCHI, M; KONISHI, T et al.International cryogenic engineering conference. 1998, pp 455-458, isbn 0-7503-0597-5Conference Paper