AAAAAA
Results:
1-17
|
Results: 17
Authors:
Aymar, R
Citation: R. Aymar, Progress towards ITER construction, ATW-INT Z K, 46(11), 2001, pp. 692
Authors:
Aymar, R
Citation: R. Aymar, ITER R&D: Executive summary: Design overview, FUSION ENG, 55(2-3), 2001, pp. 107-118
Authors:
Shimomura, Y
Aymar, R
Chuyanov, VA
Huguet, M
Matsumoto, H
Mizoguchi, T
Murakami, Y
Polevoi, AR
Shimada, M
Citation: Y. Shimomura et al., ITER-FEAT operation, NUCL FUSION, 41(3), 2001, pp. 309-316
Authors:
Aymar, R
Chuyanov, VA
Huguet, T
Shimomura, Y
Citation: R. Aymar et al., Overview of ITER-FEAT - The future international burning plasma experiment, NUCL FUSION, 41(10), 2001, pp. 1301-1310
Authors:
Aymar, R
Citation: R. Aymar, The ITER reduced cost design, FUSION ENG, 49, 2000, pp. 13-25
Authors:
Aymar, R
Citation: R. Aymar, ITER-FEAT - the future international burning plasma experiment - present status, PLASMA PHYS, 42, 2000, pp. B385-B396
Authors:
Aymar, R
Citation: R. Aymar, ITER: an integrated approach to ignited plasmas, PHI T ROY A, 357(1752), 1999, pp. 471-487
Authors:
Pease, RS
Aymar, R
Robinson, DC
Wolf, GH
Hawryluk, RJ
Haines, MG
Windsor, C
Keilhacker, M
Bruhns, H
Lackner, K
Vandenplas, P
Cordey, JG
Sheffield, J
Citation: Rs. Pease et al., ITER: an integrated approach to ignited plasmas - Discussion, PHI T ROY A, 357(1752), 1999, pp. 487-491
Authors:
Gibson, A
Kilkenny, JD
Wolf, GH
Robinson, DC
Aymar, R
Citation: A. Gibson et al., The role of the National Ignition Facility in energy production from inertial fusion - Discussion, PHI T ROY A, 357(1752), 1999, pp. 553-554
Authors:
Lackner, K
Sheffield, J
Key, M
Hawryluk, RJ
Robinson, DC
Aymar, R
Kelly, A
Bruhns, H
Citation: K. Lackner et al., The approach to ignited plasma - General discussion, PHI T ROY A, 357(1752), 1999, pp. 639-640
Authors:
Aymar, R
Citation: R. Aymar, ITER achievements by July 1998 and future prospects, FUSION ENG, 46(2-4), 1999, pp. 115-127
Authors:
Shimomura, Y
Aymar, R
Chuyanov, V
Huguet, M
Parker, R
Citation: Y. Shimomura et al., ITER overview, NUCL FUSION, 39(9Y), 1999, pp. 1295-1308
Authors:
Aymar, R
Citation: R. Aymar, Foreword, NUCL FUSION, 39(12), 1999, pp. NIL_2-NIL_2
Authors:
Perkins, FW
Post, DE
Uckan, NA
Azumi, M
Campbell, DJ
Ivanov, N
Sauthoff, NR
Wakatani, M
Nevins, WM
Shimada, M
Van Dam, J
Boucher, D
Cordey, G
Costley, A
Jacquinot, J
Janeschitz, G
Mirnov, S
Mukhovatov, V
Porter, G
Putvinski, S
Shimada, M
Stambaugh, R
Wakatani, M
Wesley, J
Young, K
Aymar, R
Shimomura, Y
Boucher, D
Fujisawa, N
Igitkhanov, Y
Kukushkin, A
Mukhovatov, V
Putvinski, S
Rosenbluth, M
Wesley, J
Citation: Fw. Perkins et al., Chapter 1: Overview and summary, NUCL FUSION, 39(12), 1999, pp. 2137-2174
Authors:
Perkins, FW
Post, DE
Uckan, NA
Azumi, M
Campbell, DJ
Ivanov, N
Sauthoff, NR
Wakatani, M
Nevins, WM
Shimada, M
Van Dam, J
Boucher, D
Cordey, G
Costley, A
Jacquinot, J
Janeschitz, G
Mirnov, S
Mukhovatov, V
Porter, G
Putvinski, S
Shimada, M
Stambaugh, R
Wakatani, M
Wesley, J
Young, K
Aymar, R
Shimomura, Y
Boucher, D
Fujisawa, N
Igitkhanov, Y
Janeschitz, G
Kukushkin, A
Mukhovatov, V
Rosenbluth, M
Citation: Fw. Perkins et al., Chapter 9: Opportunities for reactor scale experimental physics, NUCL FUSION, 39(12), 1999, pp. 2627-2638
Authors:
Aymar, R
Citation: R. Aymar, Progress of ITER, FUSION TECH, 34(3), 1998, pp. 291-300
Authors:
Aymar, R
Citation: R. Aymar, Present status and future prospect of the ITER project, J NUCL MAT, 263, 1998, pp. 56-64
Risultati:
1-17
|