Ключевые слова: Bi2223, Bi2212, substitution, comparison, X-ray diffraction, lattice parameter, density, phase transition, thermal properties, resistive transition, resistivity, temperature dependence, critical temperature, magnetic moment, mechanical properties, hardness, elastic behavior, anisotropy, critical current density, upper critical fields
Ключевые слова: FCC, LTS, Nb3Sn, HTS, Bi2212, cables, coils, design, hybrid systems, design parameters, mechanical properties, stress effects, modeling, numerical analysis
Barzi E., Ambrosio G., Ferracin P., Gupta R., Novitski I., Kashikhin V., Zlobin A., Arbelaez D., Cooley L., Rochepault E., Juchno M., Brouwer L., Marinozzi V., Fajardo L.G., Stern J., Zucchi N.
Ключевые слова: accelerator magnets, hybrid systems, LTS, Nb3Sn, coils outer, HTS, Bi2212, Rutherford cables, REBCO, CORC cables, coils insert, comparison, design, design parameters
Ключевые слова: accelerator magnets, HTS, REBCO, Bi2212, tapes, LTS, Nb3Sn, magnetization, quality control, comparison, modeling, numerical analysis
Ключевые слова: accelerator magnets, magnets dipole, coils outer, LTS, Nb3Sn, coils insert, HTS, Bi2212, wires round, Rutherford cables, mechanical properties, stress effects, stress distribution, transverse stress, design, design parameters, magnetic field distribution, quality control, critical caracteristics, critical current, magnetic field dependence, test results
Ключевые слова: accelerator magnets, HTS, Bi2212, Rutherford cables, flux creep, magnetization, coils racetrack, experimental results
Ключевые слова: HTS, Bi2212, wires round, critical caracteristics, critical current, degradation studies, mechanical properties, compression, stress effects, tensile tests, strain effects, distribution, transverse stress, displacements, stress distribution, current-voltage characteristics, fracture behavior, ex-situ process
Hall S.R., Luke E.J., Potticary J., Terry L.R., Doan b.H., Hinoplen R., Cross S., Ting V.P., Friedemann S.
Ключевые слова: HTS, YBCO, Bi2212, nanoscaled effects, fabrication, porosity, microstructure, X-ray diffraction, phase composition, resistance, temperature dependence
Ключевые слова: Bi2212, substitution, composites, fibers, doping, sol gel process, fabrication, magnetoresistivity, pinning, irreversibility fields, microstructure, X-ray diffraction, resistivity, temperature dependence, upper critical fields, critical caracteristics, Jc/B curves, experimental results
Ключевые слова: presentation, HTS, Bi2212, Bi2223, REBCO, LTS, cooling technology, comparison, cables, economic analysis, NMR magnet, fusion magnets, rotating machines, power equipment, transformers, FCL
Zhang W., Zhang Y., Li H., Liu X., Li J., Zhang P., Li C., Feng J., Liu J., Cao H., Zhang S., Shao B.
Ключевые слова: HTS, Bi2212/Ag, wires multifilamentary, wires round, quality control, fabrication, PIT process, cryogenic systems, densification, reinforcement
Ding H., Li G., Yan L., Liu Z., Lu L., Yang G., Zhang Q., Zhao J., Qiu X., Gu G., Yang F., Qian T., Zhong Y., Tang C., Shen J., Gan Y., Phan G.N., Sui Q.
Ключевые слова: Bi2212, single crystals, doping, annealing process, phase diagram, X-ray diffraction, microstructure, resistance, Hall effect, fabrication, experimental results
Jin F., Wang Y., Wang L., Li Y., Zhang L., Huang Y., Huang X., Dai Y., Bai X., Zhao L., Han X., Gao H., Xu S., Cheng Q., Zhang Q., Gu G., Zhou X., Zhou X., Wu Q., Wang N., Dong T., Liao L., Yue M.
Ключевые слова: HTS, Bi2212, bulk, tapes, environmental impact, degradation studies, Raman spectroscopy, resistivity, temperature dependence, microstructure
Uskenbaev D., Zhetpisbayev K., Nogai A., Nogai A., Beissenov R., Zhetpisbayeva A., Baigisova K., Salmenov Y., Tursyntay S.
Ключевые слова: HTS, Bi2212, Bi-based systems, Bi2223, bulk, fabrication, precursors, amorphous state, X-ray diffraction, microstructure, resistance, temperature dependence
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