The KSTAR project: An advanced steady state superconducting tokamak experiment

Autor: G.S Lee, J Kim, S.M Hwang, C.S Chang, H.Y Chang, M.H Cho, B.H Choi, K Kim, K.W Cho, S 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, W Choe, D.-I Choi, S.G Jeong, D.Y Lee, Y.S Bae, H.S Kang, G.N Kim, I.S Ko, W 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, S.I Lee, J Yee, C.S Yoon, K.-H Chung, S.H Hong, Y.S Hwang, S.H Kim, Y.H Kim, K.H Chung, 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, H.K Park, G.H Neilson, W.T Reiersen, R.T Simmons, S Bernabei, F Dahlgren, L.R Grisham, S.C Jardin, C.E Kessel, J Manickam, S.S Medley, N Pomphrey, J.C Sinnis, T.G Brown, R.B White, K.M Young, J Schultz, P.W Wang, L Sevier, M.D Carter, P.M Ryan, D.W Swain, D.N Hill, W.M Nevins, B.J Braams

Publikováno v: Nuclear Fusion. 40:575-582

The Korea Superconducting Tokamak Advanced Research (KSTAR) project is the major effort of the national fusion programme of the Republic of Korea. Its aim is to develop a steady state capable advanced superconducting tokamak to establish a scientific

Externí odkaz: https://explore.openaire.eu/search/publication?articleId=doi_________::faaccc95af225d2b8c6d3b2944609a0e
https://doi.org/10.1088/0029-5515/40/3y/319

Physics optimization of the Compact Ignition Tokamak (CIT)

Autor: W.T. Reiersen, D.B. Montgomery, J.A. Schmidt

Publikováno v: IEEE Thirteenth Symposium on Fusion Engineering.

The Compact Ignition Tokamak (CIT) is planned as the next major step in the US fusion program. Its overall objective is to produce ignited plasma discharges. In order to realize this objective, plasma parameters which are consistent with recognized t

Externí odkaz: https://explore.openaire.eu/search/publication?articleId=doi_________::9ef17c3c40d9ade8d811d9e89f4fbc8c
https://doi.org/10.1109/fusion.1989.102433

Physics Considerations in the Design of NCSX

Autor: null G.H. Neilson, null M.C. Zarnstorff, null L.P. Ku, null E.A. Lazarus, null P.K. Mioduszewski, null M. Fenstermacher, null E. Fredrickson, null G.Y. Fu, null A. Grossman, null P.J. Heitzenroeder, null R.H. Hatcher, null S.P. Hirshman, null S.R. Hudson, null D.W. Johnson, null H.W. Kugel, null J.F. Lyon, null R. Majeski, null D.R. Mikkelsen, null D.A. Monticello, null B.E. Nelson, null N. Pomphrey, null W.T. Reiersen, null A.H. Reiman, null P.H. Rutherford, null J.A. Schmidt, null D.A. Spong, null D.J. Strickler

Compact stellarators have the potential to make steady-state, disruption-free magnetic fusion systems with beta approximately 5% and relatively low aspect ratio (R/ < 4.5) compared to most drift-optimized stellarators. Magnetic quasi-symmetry can be

Externí odkaz: https://explore.openaire.eu/search/publication?articleId=doi_________::ac5dac8c13b72786f6583ffffe8c2368
https://doi.org/10.2172/809845

Engineering Management Lessons on NCSX.

Autor: W.T. Reiersen, G.H. Neilson

Publikováno v: 21st IEEE/NPS Symposium on Fusion Engineering SOFE 05; 2005, p1-4, 4p

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