Abstract 1. Introduction 2. The basic scheme of the project 2.1 Fundamental technology : Joints for HTS wires/cables 2.2 Super-high field persistent NMR magnet (POC1) 2.3 Longer superconducting DC cables (POC2) 3. Organization and schedule 4. Development of 1. 3 GHz (30.5 T) NMR 4.1 Technical concept of 1.3 GHz NMR magnet 4.2 R&D plan 4.3 Preliminary results on a superconducting joint and a persistent HTS coil 5. Social impact of the realization of 1.3 GHz NMR Acknowledgement References
저자
Y.Yanagisawa [ RIKEN ]
Y.Suetomi [ RIKEN, Chiba University ]
R.Piao [ RIKEN ]
K.Yamagishi [ Sophia University, RIKEN ]
T.Takao [ Sophia University ]
M.Hamada [ Japan superconductor Technology, Inc. ]
K.Saito [ Japan superconductor Technology, Inc. ]
K.Ohki [ Sumitomo Electricindustries. Ltd. ]
T.Yamaguchi [ Sumitomo Electricindustries. Ltd. ]
T.Nagaishi [ Sumitomo Electricindustries. Ltd. ]
H.Kitaguchi [ National Institute for Materials Science ]