PROBLEM TO BE SOLVED: To provide a superconducting magnet device that can maintain a homogeneous magnetic field distribution and a stable temperature in a superconducting state by making it easy to install a conductive cooling member at a superconducting coil requiring a calcination reaction and to replace a bobbin with a good heat conductor and also by preventing failed winding of a wire after calcination, and provide a magnetic resonance imaging apparatus using the same.SOLUTION: A superconducting magnet device has: a toric superconducting coil and a refrigerator that cools the superconducting coil. The superconducting coil includes: superconducting wire 17 that is wound multiple times and an adhesive 18 that mutually fixes the superconducting wire 17 between each winding. The superconducting wire 17 is made of a member that: is obtained after a superconductive material is sintered and has a superconductive transition temperature of 25K or higher. The adhesive 18 has a hardening temperature lower than a calcination temperature of the superconducting wire 17 and has a softening temperature higher than the calcination temperature of the superconducting wire 17.SELECTED DRAWING: Figure 1COPYRIGHT: (C)2017,JPO&INPIT【課題】焼成反応が必要な超電導コイルに伝導冷却部材の設置または熱良導体によるボビンへの受け替えを容易にし、かつ、焼成後の線材の巻崩れを防止することで、均一な磁場分布と安定な超電導状態の温度を維持することが可能な超電導磁石装置、これを利用した磁気共鳴イメージング装置を提供する。【解決手段】超電導磁石装置は、円環状の超電導コイルと、超電導コイルを冷却する冷凍機とを有する。超電導コイルは、複数ターン巻き回された超電導線材17と、異なるターン間で超電導線材17を互いに固定する接着剤18とを構成に含む。超電導線材17は、超電導材料が焼結された部材であって、かつ超電導転移温度が25K以上の部材である。接着剤18は、硬化温度が超電導線材17の焼成温度よりも低く、軟化温度が超電導線材17の焼成温度よりも高い。【選択図】図1
