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Results: 1-7 |
Results: 7
Modelling of ripple losses in tokamak plasmas heated by ICRF waves
Authors: Eriksson, LG Bergeaud, V Basiuk, V Hellsten, T
Citation: Lg. Eriksson et al., Modelling of ripple losses in tokamak plasmas heated by ICRF waves, PLASMA PHYS, 43(10), 2001, pp. 1291-1302
The influence of non-standard orbits on ICRH power deposition in tokamaks
Authors: Hedin, J Hellsten, T Eriksson, LG
Citation: J. Hedin et al., The influence of non-standard orbits on ICRH power deposition in tokamaks, NUCL FUSION, 40(11), 2000, pp. 1819-1824
On the role of different phasings of the ICRF antennas in optimized shear discharges in JET
Authors: Mantsinen, MJ Eriksson, LG Gormezano, C Hawkes, NC Hellsten, T Litaudon, X Rimini, FG Sharapov, SE Stratton, BC
Citation: Mj. Mantsinen et al., On the role of different phasings of the ICRF antennas in optimized shear discharges in JET, NUCL FUSION, 40(10), 2000, pp. 1773-1789
On the orbit-averaged Monte Carlo operator describing ion cyclotron resonance frequency wave-particle interaction in a tokamak
Authors: Eriksson, LG Mantsinen, MJ Hellsten, T Carlsson, J
Citation: Lg. Eriksson et al., On the orbit-averaged Monte Carlo operator describing ion cyclotron resonance frequency wave-particle interaction in a tokamak, PHYS PLASMA, 6(2), 1999, pp. 513-518
Evidence for regions of nearly suppressed velocity space diffusion caused by finite Larmor radius effects during ICRF heating
Authors: Mantsinen, MJ Eriksson, LG Gondhalekar, A Hellsten, T
Citation: Mj. Mantsinen et al., Evidence for regions of nearly suppressed velocity space diffusion caused by finite Larmor radius effects during ICRF heating, NUCL FUSION, 39(4), 1999, pp. 459-466
Theoretical analysis of ICRF heating in JET DT plasmas
Authors: Eriksson, LG Mantsinen, MJ Bhatnagar, VP Gondhalekar, A Gormezano, C Harbour, PJ Hellsten, T Jacquinot, J Jackel, HJ Lawson, K Lowry, CG Righi, E Sadler, GJ Schunke, B Sips, ACC Stamp, MF Start, DFH
Citation: Lg. Eriksson et al., Theoretical analysis of ICRF heating in JET DT plasmas, NUCL FUSION, 39(3), 1999, pp. 337-352
Chapter 6: Plasma auxiliary heating and current drive
Authors: Jacquinot, J Putvinski, S Bosia, G Fukuyama, A Hemsworth, R Konovalov, S Nevins, WM Perkins, F Rasumova, KA Romanelli, F Tobita, K Ushigusa, K Van Dam, JW Vdovin, V Zweben, S Makowski, M Koch, R Wegrowe, JG Alikaev, VV Beaumont, B Becoulet, A Bernabei, S Bhatnagar, VP Bremond, S Carter, MD Challis, CD Cote, A D'Ippolito, DA Engelmann, F Eriksson, LG Fujisawa, N Giruzzi, G Gormezano, C Harvey, R Heikkinen, J Hellsten, T Ikeda, Y Jones, TTC Kimura, H Lloyd, B Luce, T Moreau, D Naito, O Nguyen, F Noterdaeme, JM Ott, W Petty, CC Polevoi, A Prater, R Rogers, J Santini, F Soldner, FX Stork, D Thompson, E Tonon, G Tuccillo, A Westerhof, E Zohm, H Post, DE Uckan, NA Azumi, M Campbell, DJ Ivanov, N Sauthoff, N Wakatani, M Nevins, WM Righi, E
Citation: J. Jacquinot et al., Chapter 6: Plasma auxiliary heating and current drive, NUCL FUSION, 39(12), 1999, pp. 2495-2539
Risultati: 1-7 |