Chapter 4: Power and particle controlLoarte, A; Lipschultz, B; Kukushkin, A.S; Matthews, G.F; Stangeby, P.C; Asakura, N; Counsell, G.F; Federici, G; Kallenbach, A; Krieger, K · 2007

Edge transport barrier in JET hot ion H modesGuo, H.Y; Lomas, P.J; Parail, V.V; Andrew, P; Balet, B; Conway, G.D; Esch, B. De; Gowers, C.W; Hellermann, M.G. von; Huysmans, G.T.A; Jones, T.T.C; Keilhacker, M; König, R.W.T; Maas, A; Marcus, F.B; Matthews, G.F; Nave, M.F.F; Rimini, F.G; Smith, R.J; Stamp, M.F; Taroni, A; Thomas, P.R; Zastrow, K.-D · Nuclear Fusion · 2000

ELM moderation with ICRF heating on JETMaddison, G P; Snipes, J A; Chareau, J-M; Conway, G D; Hutchinson, I H; Ingesson, L C; Koslowski, H R; Loarte, A; Lomas, P J; Mantsinen, M J; Matthews, G F; Meneses, L; Nave, M F F; Righi, E; Saibene, G; Sartori, R; Sauter, O; Zastrow, K-D; Workprogramme, contributors to the EFDA-JET · Plasma Physics and Controlled Fusion · 2002

DISCUSSION. REINFORCED-CONCRETE WHARVES, WAREHOUSES AND COLUMNS.UNWIN, W C; POPPLEWELL, W C; MEIK, C S; VAWDREY, R W; FABER, O; SMITH, H D; MARSH, C F; BALL, J B; ETCHELLS, E F; SHIELDS, F E W; FITZMAURICE, M; READ, R J G; HUDLESTON, F; STEINBERG, H G; YEATMAN, M E; LYSTER, A G; THORPE, W H; MATTHEWS, W; BEAMISH, G T H; ELLIS, S H; BURR, W H · Minutes of the Proceedings of the Institution of Civil Engineers · 1912

Agglutinins to bacteria in Crohn's disease.Matthews, N; Mayberry, J F; Rhodes, J; Neale, L; Munro, J; Wensinck, F; Lawson, G H; Rowland, A C; Berkhoff, G A; Barthold, S W · Gut · 1980

Studies in JET divertors of varied geometry. III: Intrinsic impurity behaviourMcCracken, G.M; Barnsley, R; Guo, H.Y; Hellermann, M.G. von; Horton, L.D; Jäckel, H.J; Lingertat, J; Maggi, C.F; Matthews, G.F; Monk, R.D; O'Mullane, M.G; Stamp, M.F; Stangeby, P.C; Vlases, G.C; Zastrow, K.-D · Nuclear Fusion · 1999

DISCUSSION. PORTLAND CEMENT AND THE QUESTION OF ITS AERATION.SIEMENS, A; ABMBER, H K G; MATTHEWS, SIR W; WHITE, F A; WATSON, C H; BLOUNT, B; GRIFFITH, J P; DOBSON, J M; MEIK, C S; NICOL, R G; REID, H C; SANDEMAN, E; MARSH, C F; HAWKSLEY, C; YOURDI, G N; SHIELDS, F E W; CARTWRIGHT, H; WILSON, M F G; JONES, H E; FERGUSON, A L; GADD, W L; ROBERTS, W L H · Minutes of the Proceedings of the Institution of Civil Engineers · 1911

eV from Multicomponent MeasurementsAbu-Zayyad, T.; Belov, K.; Bird, D. J.; Boyer, J.; Cao, Z.; Catanese, M.; Chen, G. F.; Clay, R. W.; Covault, C. E.; Cronin, J. W.; Dai, H. Y.; Dawson, B. R.; Elbert, J. W.; Fick, B. E.; Fortson, L. F.; Fowler, J. W.; Gibbs, K. G.; Glasmacher, M. A. K.; Green, K. D.; Ho, Y.; Huang, A.; Jui, C. C.; Kidd, M. J.; Kieda, D. B.; Knapp, B. C.; Ko, S.; Larsen, C. G.; Lee, W.; Loh, E. C.; Mannel, E. J.; Matthews, J.; Matthews, J. N.; Newport, B. J.; Nitz, D. F.; Ong, R. A.; Simpson, K. M.; Smith, J. D.; Sinclair, D.; Sokolsky, P.; Sommers, P.; Song, C.; Tang, J. K. K.; Thomas, S. B.; van der Velde, J. C.; Wiencke, L. R.; Wilkinson, C. R.; Yoshida, S.; Zhang, X. Z. · Physical Review Letters · 2000

Fast liners for inertial fusionSmirnov, V P · Plasma Physics and Controlled Fusion · 1991

Materials for fusion power reactorsBaluc, N · Plasma Physics and Controlled Fusion · 2006

Mathematics and Maxwell's equationsBoozer, Allen H · Plasma Physics and Controlled Fusion · 2010

Atmospheric-pressure plasma technologyKogelschatz, U · Plasma Physics and Controlled Fusion · 2004

Plasmas for space propulsionAhedo, Eduardo · Plasma Physics and Controlled Fusion · 2011

The ITER designAymar, R; Barabaschi, P; Shimomura, Y · Plasma Physics and Controlled Fusion · 2002

High performance tokamak operation regimesGormezano, C · Plasma Physics and Controlled Fusion · 1999

Twisted waves in a plasmaMendonça, J T · Plasma Physics and Controlled Fusion · 2012