Ключевые слова: Tokamak, cryogenic systems, cooling technology, numerical analysis, modeling, high field magnets
Ключевые слова: Tokamak, design, spheres, size effect, design parameters, comparison, modeling, numerical analysis, high field magnets
Pradhan S., Prasad U., Khristi Y., Doshi K., Khan Z., Sonara D., Tanna V., Panchal R., Sharma A., Sharma D., Vora M., Parghi B., Banoudha M., Mahesuria G., Patel R., Panchal P., Tank J., Varadarajulu A.
Ключевые слова: cryogenic systems, cable-in-conduit conductor, Tokamak, coils toroidal, LTS, NbTi, test long-term operation, high field magnets
Ключевые слова: Tokamak, coils toroidal, design, modeling, numerical analysis, high field magnets
Mito T., Yoshida K., Chikaraishi H., Takahata K., Imagawa S., Kizu K., Murakami H., Obana T., Natsume K., Hamaguchi S.
Xiao B.J., Wang L., Liu L., Xu J., Zhang B., Luo Z.P., Guo Y., Chen S.L., Duan Y.M., Li J.G., et all, EAST Team, Calabro G.
Ключевые слова: Tokamak, divertor, magnetic systems, modeling, experimental results, high field magnets
Tsuchiya K., Zani L., Yoshida K., Heller R., Takahata K., Kamiya K., Kamada Y., Kizu K., Polli G.M., Barabaschi P., Tomarchio V., Verrecchia M., Decool P., Cucchiaro A., Genini L., Kashiwa Y., Phillips G., Michel F., Wanner M., Davis S., Hajnal N., Disset G., Koide Y., Marechal J.L., Rossi P., Pietro E.D., Honda A., IkedaY., MurakamiH., hibanuma K., Usui K., JT-60SA Team
Maksoud W.A., Molinie F., Genini L., Vieillard L., Donati A., Dispau G., Kuster O., Bargueden P., Bouty A., Medioni D., Eppelle D., Guiho P., Guihard Q., Joubert J., Arm, inanna, Solenne N., Somson S.
Ivanov D.P., Melnikov A.V., Sushkov A.V., Belov A.M., Dnestrovskij Y., Eliseev L.G., Gorshkov A.V., Kirneva N.A., Korobov K.V., Krupin V.A., Lysenko S.E., Mukhovatov V.S., Mustafin N.A., Perfilov S.V., Razumova K.A., Roy I.N., Savrukhin P.V., Strelkov V.S., Shestakov E.A., Tilinin G.N., Vdovin V.L.
Ключевые слова: Tokamak, plans, high field magnets, upgrade
Nusbaum M., Billotte G., Crepel B., Bourquard A., Schweitzer M., Davis S., Phillips G., Decool P., Cloez H., Gros G., Jiolat G., Marechal J.L., Nicollet S., Torre A., Verger J.M.
Ключевые слова: Tokamak, gyrotron, magnetic systems, cooling technology, high field magnets, commissioning
Ключевые слова: Tokamak, HTS, REBCO, coils toroidal, economic analysis, modeling, LTS, Nb3Sn, comparison, critical caracteristics, critical current density, high field magnets
Khayrutdinov R.R., Khvostenko P.P., Bondarchuk E.N., Azizov E.A., Belyakov V.A., Kavin A.A., Kitaev B.A., Krasnov S.V., Mineev A.B., Muratov V.P., Tanchuk V.N., Nikolaev A.V., Alfimov D.E., Chudnovsky A.N., Dokuka V.N., Khokhlov M.V., Maximova I.I., Labusov A.N., Lukash V.E., Tcherdakov A.K.
Ключевые слова: Tokamak, high field magnets, Russia, design, coils toroidal, design parameters, coils poloidal field, central coils, upgrade
Tsuchiya K., Yoshida K., Takahata K., Kizu K., Murakami H., Obana T., Natsume K., Hamaguchi S., Koide Y.
Ключевые слова: LTS, NbTi, Tokamak, high field magnets, joint resistances, joints, feeder, coils poloidal field, coils toroidal, design parameters, termination, self-field effect, distribution, fatigue behavior
Shimada K., Matsukawa M., Novello L., Lampasi A., Zito P., Coletti A., Burini F., Fone Y.K., Taddia G., Tenconi S.
Ключевые слова: Tokamak, central coils, high current processing, switches, switching process
Ключевые слова: LTS, Tokamak, coils toroidal, Nb3Sn, coils poloidal field, NbTi, central coils, design parameters, cable-in-conduit conductor, strands, magnetic field distribution, ripple, mechanical properties, stress effects, thermal-hydraulics, quench, numerical analysis, hot spots, current sharing, normal zone propagation, temperature distribution
Ключевые слова: Tokamak, quench protection, coils toroidal
Ключевые слова: Tokamak, coils toroidal, design, modeling, mechanical properties, stress distribution
Ключевые слова: Tokamak, coils poloidal field, electromotive force, protective system, modeling, numerical analysis
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