Principal Research Results Introduction of Nanorods into Superconducting Films to Improve Critical Current Density and Their Growth Mechanism Background High-Tc superconductors hold a superconducting state by introducti - Center of Excellence in Nanotechnology at AIT - Document - PDFSEARCH.IO

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	Principal Research Results Introduction of Nanorods into Superconducting Films to Improve Critical Current Density and Their Growth Mechanism Background High-Tc superconductors hold a superconducting state by introducti Add to Reading List Document Date: 2010-02-04 23:04:25 Open Document File Size: 460,12 KB Share Result on Facebook Company Superconducting Films / / Facility Tokyo Metropolitan University / Kyushu University / Kyushu Institute of Technology / University of Tokyo / Shizuoka University / Nagoya University / / IndustryTerm interface energy / electricity equipments / / MarketIndex case 10 / / Organization University of Tokyo / Japan Science and Technology Agency / Shizuoka University / Tokyo Metropolitan University / Kyushu University / Kyushu Institute of Technology / Nagoya University / / Person Applied High / / Position Researcher / Senior Research Scientist / / Technology condensation / radiation / laser / / SocialTag Nanomaterials Nanorod Ceramic materials Oxides Yttrium barium copper oxide Superconductivity Superconducting wire Center of Excellence in Nanotechnology at AIT Chemistry Matter

Principal Research Results Introduction of Nanorods into Superconducting Films to Improve Critical Current Density and Their Growth Mechanism Background High-Tc superconductors hold a superconducting state by introductiAdd to Reading List