@misc{oai:repo.qst.go.jp:00073180,
 author = {木津, 要 and 神谷, 宏治 and 村上, 陽之 and 夏目, 恭平 and 薄井, 勝富 and 市毛, 尚志 and 本田, 敦 and 佐藤, 稔 and 福井, 良磨 and 柏, 好敏 and 土屋, 勝彦 and 河野, 勝己 and 礒野, 高明 and 木津 要 and 神谷 宏治 and 村上 陽之 and 夏目 恭平 and 薄井 勝富 and 市毛 尚志 and 本田 敦 and 佐藤 稔 and 福井 良磨 and 柏 好敏 and 土屋 勝彦 and 河野 勝己 and 礒野 高明},
 month = {Oct},
 note = {To realize JT-60SA of the largest superconducting tokamak device in the world, the current feeder, helium piping and control system have been designed. In order to reduce the reaction force of support, crank shaped feeder and piping were designed. The crank shaped feeder reduces the reaction force of support to 10% of zigzag shaped feeder. Because of the limited space in torus hall, many interfaces of feeder and piping are located at upper part of tokamak. Feeders and piping have to manage large displacement of interface by adding bending. One box type electrical joint was developed with good reproducibility of electrical resistance below 3 nΩ even though different connecting positions and manufactures. Five coil terminal boxes, eleven valve boxes, components of cryoline and control system were manufactured already. These components will be installed in torus hall in 2019., 第27回核融合エネルギー会議},
 title = {Progress in Design and Fabrication of Current and Helium Feeding System for JT-60SA Superconducting Coils},
 year = {2018}
}