Hideki NOJI. AC loss analysis of superconducting power cable considering the dependence of critical current density on magnetic flux density. Proceeding of ICEE2024. 2024. 1-6
KOBUN Asato, NOJI Hideki. AC loss analysis of single-layer CORC superconducting cable. Proceeding of JSST(Japan Society for Simulation and Technology) Annual International Conference on Simulation Technology 2019. 2019. 12-15
OKADOME Ryo, NOJI Hideki. Study of AC loss properties of two-layer REBCO superconducting power cable. Proceeding of JSST(Japan Society for Simulation and Technology) Annual International Conference on Simulation Technology 2019. 2019. 8-11
OOTA Satoshi, NOJI Hideki. AC transport-current properties of four-layer REBCO superconducting power cable. Proceeding of JSST(Japan Society for Simulation and Technology) Annual International Conference on Simulation Technology 2019. 2019. 4-7
OKADOME Ryo, NOJI Hideki. AC loss Calculation of Two-layer REBCO Superconducting Cable by 3D Electromagnetic Field Analysis. Proceeding of International Workshop on Fundamental Research for Science and Technology 2018. 2018. 40-44
H. Noji, T. Toyohiro, T. Doi, T. Nagano, T. Yamashita, R. Mochinaga, Y. Hayashida. Teaching Method of “Creative Design Practice” as Hands-on Education for Some Teams consisting of All Advanced Course’s Students. Proceeding of Symposium on Advances in Technology Education. 2007
野地 英樹, 枦 健一, 濱田 次男. スパイラルピッチ調整による高温超電導電力ケーブルの交流損失の低減. 低温工学・超電導学会講演概要集 = Meetings of Cryogenics and Superconductivity. 2003. 68. 179
野地 英樹, 枦 健一, 濱田 次男. 磁場分布を考慮した高温超電導輸送ケーブルの交流損失計算. 低温工学・超電導学会講演概要集 = Meetings of Cryogenics and Superconductivity. 2002. 67. 119
特許 (3件):
超電導導体
多層超電導導体
交流用超電導ケーブル
書籍 (2件):
例題で学ぶ電磁気学
森北出版 2004
Studies of high temperature superconductors(Chapter-6: Transport property and AC losses of high Tc superconducting tape and conductor)
NOVA Science publishers inc. 2000
講演・口頭発表等 (39件):
AC loss analysis of superconducting power cable considering the dependence of critical current density on magnetic flux density
(COMSOL Conference 2024 Tokyo 2024)
Reduction of AC losses in superconducting cables by increasing the number of conductor layers
(International Conference on "Science of Technology Innovation" (STI-Gigaku) 2024 2024)
AC loss analysis of superconducting power cable considering the dependence of critical current density on magnetic flux density
(The International Council on Electrical Engineering Conference 2024 (ICEE2024) 2024)