S.R. In
2 Papers
S.R. In is an academic researcher. The author has contributed to research in topics: Tokamak & Divertor. The author has an hindex of 2, co-authored 2 publications.
Chat about Author
Papers
The KSTAR project: An advanced steady state superconducting tokamak experiment
G.S. Lee,J.Y. Kim,S.M. Hwang,Choong-Seock Chang,H.Y. Chang,Moo-Hyun Cho,B.H. Choi,Kyekyoon Kim,K.W. Cho,S.Y. Cho,K.K. Choh,C.H. Choi,J.H. Choi,J.W. Choi,I.S. Choi,C.J. Do,T.H. Ha,J.H. Han,J.S. Hong,K.H. Hong,N.I. Hur,I.S. Hwang,K.H. Im,H.G. Jhang,Y.S. Jung,B.C. Kim,D.L. Kim,G.H. Kim,H.S. Kim,J.S. Kim,J.Y. Kim,W.C. Kim,Y.S. Kim,K.H. Kwon,M.C. Kyum,B.J. Lee,D.K. Lee,H.G. Lee,J.M. Lee,S.G. Lee,H.G. Na,Y.K. Oh,J.H. Park,H.C. Ri,Y.S. Ryoo,K.Y. Song,H.L. Yang,J.G. Yang,B.J. Yoo,S.J. Yoo,N.S. Yoon,S.B. Yoon,G.H. You,K.I. You,Wonho Choe,D.-I. Choi,S.G. Jeong,D.Y. Lee,Young-Soon Bae,H.S. Kang,G.N. Kim,I.S. Ko,Won Namkung,J.S. Oh,Y.D. Bae,Y.S. Cho,B.G. Hong,G. Hong,C.K. Hwang,S.R. In,M.H. Ju,H.J. Lee,B.H. Oh,B.J. Yoon,S. Baang,H.J. Choi,J. Hwang,M.G. Kim,Y.J. Kim,Soonil Lee,J. Yee,C.S. Yoon,K.-H. Chung,SeulChan Hong,Yong-Seok Hwang,S.H. Kim,YooSung Kim,J.Y. Lim,D.W. Ha,S.S. Oh,K.S. Ryu,Q.L. Wang,T.K. Ko,J. Joo,S. Suh,J.H. Lee,Y.W. Lee,H.S. Shin,I.H. Song,J. Baek,I.Y. Han,Y. Koh,P.Y. Park,C. Ryu,J.J. Cho,D.M. Hwang,J. A. Schmidt,Hyeon K. Park,George H. Neilson,W. Reiersen,R.T. Simmons,S. Bernabei,F. Dahlgren,Larry R. Grisham,Stephen Jardin,C.E. Kessel,J. Manickam,S. S. Medley,Neil Pomphrey,J.C. Sinnis,Thomas Brown,Roscoe White,K. Young,J.H. Schultz,P.W. Wang,L. Sevier,Mark D. Carter,P.M. Ryan,D.W. Swain,D. N. Hill,W. M. Nevins,Bastiaan J. Braams +131 more
TL;DR: The Korea Superconducting Tokamak Advanced Research (KSTAR) project is the major effort of the national fusion programme of the Republic of Korea as mentioned in this paper, which aims to develop a steady state capable advanced superconducting tokamak to establish a scientific and technological basis for an attractive fusion reactor.
212
Design and construction of the KSTAR tokamak
G.S. Lee,M. Kwon,C.J. Doh,B.G. Hong,Kyekyoon Kim,Moo-Hyun Cho,Won Namkung,Choong-Seock Chang,Young Cheol Kim,J.Y. Kim,H.G. Jhang,D.K. Lee,K.I. You,J.H. Han,M.C. Kyum,J.W. Choi,J.S. Hong,W.C. Kim,B.C. Kim,J.H. Choi,S.H. Seo,H.K. Na,H.G. Lee,S.G. Lee,S.J. Yoo,B.J. Lee,Y.S. Jung,J.G. Bak,H.L. Yang,S.Y. Cho,K.H. Im,N.I. Hur,I.K. Yoo,J.W. Sa,K.H. Hong,G.H. Kim,B.J. Yoo,H.C. Ri,Y.K. Oh,Y.S. Kim,C.H. Choi,D.L. Kim,Young Min Park,K.W. Cho,T.H. Ha,S.M. Hwang,Yongsun Kim,S. Baang,Soonil Lee,H.Y. Chang,Wonho Choe,S.G. Jeong,S.S. Oh,H.J. Lee,B.H. Oh,B.H. Choi,C.K. Hwang,S.R. In,S.H. Jeong,I.S. Ko,Young-Soon Bae,H.S. Kang,J.B. Kim,H.J. Ahn,D.S. Kim,J.H. Lee,Y.W. Lee,Yong-Seok Hwang,SeulChan Hong,K.-H. Chung,D.-I. Choi,Kstar Team +71 more
TL;DR: The KSTAR project has been focused on steady-state operation capability and advanced tokamak physics as discussed by the authors, which is reflected in the choice of superconducting magnets, provision of actively cooled in-vessel components, and heating systems.
156