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Brief History of Superconductivity
Basic Points of Superconductivity
1 Determination of a 100K
5 other sections not shown
Agency of Industrial alloy application atoms barium BCS theory Bell Laboratory Center ceramic material ceramic superconducting materials clarified confirmed critical current density critical magnetic field critical temperature crystallographic structure Development Systems ducting materials electrical resistance electron pair Electrotechnical Laboratory Energy established helium high critical temperature high-temperature superconducting materials Hitachi Industrial Science Institute for Metals insulation Japan Josephson effect Josephson element lattice liquid nitrogen liquid nitrogen temperature magnetic field Materials Research Meeting Meissner effect method MITI Mitsubishi National Research Institute Nippon oxide ceramic oxide superconducting material patent perature perovskite phonon Physics rare-earth metals raw material related to superconduction research and development research group Research in Inorganic sample Science and Technology single crystal sintering Sumitomo super Superconducting Materials Research superconducting power Superconduction Industrial Technology superconduction technology superconductivity mechanism Symposium Technology Agency tesla thin film tion Toshiba Tsukuba University type superconducting materials University of Tokyo Y-Ba-Cu oxide yttrium