Browsing by Author "Boboc, A."

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    Comparative H-mode density limit studies in JET and AUG
    (2017-08-01) Huber, A.; Bernert, M.; Brezinsek, S.; Chankin, A. V.; Sergienko, G.; Huber, V.; Wiesen, S.; Abreu, P.; Beurskens, M. N.A.; Boboc, A.; Brix, M.; Calabrò, G.; Carralero, D.; Delabie, E.; Eich, T.; Esser, H. G.; Groth, M.; Guillemaut, C.; Jachmich, S.; Järvinen, A.; Joffrin, E.; Kallenbach, A.; Kruezi, U.; Lang, P.; Linsmeier, Ch; Lowry, C. G.; Maggi, C. F.; Matthews, G. F.; Meigs, A. G.; Mertens, Ph; Reimold, F.; Schweinzer, J.; Sips, G.; Stamp, M.; Viezzer, E.; Wischmeier, M.; Zohm, H.; , JET Contributors; Department of Applied Physics; Fusion and Plasma Physics; Culham Science Centre; Max Planck Institute for Plasma Physics; Jülich Research Centre; Instituto Superior Técnico Lisboa; Agenzia nazionale per le nuove tecnologie, l'energia e lo sviluppo economico sostenibile; Oak Ridge National Laboratory; Royal Military Academy; French Alternative Energies and Atomic Energy Commission
    Identification of the mechanisms for the H-mode density limit in machines with fully metallic walls, and their scaling to future devices is essential to find for these machines the optimal operational boundaries with the highest attainable density and confinement. Systematic investigations of H-mode density limit plasmas in experiments with deuterium external gas fuelling have been performed on machines with fully metallic walls, JET and AUG and results have been compared with one another. Basically, the operation phases are identical for both tokamaks: the stable H-mode phase, degrading H-mode phase, breakdown of the H-mode with energy confinement deterioration usually accompanied by a dithering cycling phase, followed by the L-mode phase. The observed H-mode density limit on both machines is found close to the Greenwald limit (n/nGW = 0.8–1.1 in the observed magnetic configurations). The similar behavior of the radiation on both tokamaks demonstrates that the density limit (DL) is neither related to additional energy losses from the confined region by radiation, nor to an inward collapse of the hot discharge core induced by overcooling of the plasma periphery by radiation. It was observed on both machines that detachment, as well as the X-point MARFE itself, does not trigger a transition in the confinement regime and thus does not present a limit on the plasma density. It is the plasma confinement, most likely determined by edge parameters, which is ultimately responsible for the transition from H- to L-mode. The measured Greenwald fractions are found to be consistent with the predictions from different theoretical models [16,30] based on MHD instability theory in the near-SOL.
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    Isotope dependence of the type i ELMy H-mode pedestal in JET-ILW hydrogen and deuterium plasmas
    (IOP Publishing Ltd., 2021-04) Horvath, L.; Maggi, C. F.; Chankin, A.; Saarelma, S.; Field, A. R.; Aleiferis, S.; Belonohy, E.; Boboc, A.; Corrigan, G.; Delabie, E. G.; Flanagan, J.; Frassinetti, L.; Giroud, C.; Harting, D.; Keeling, D.; King, D.; Maslov, M.; Matthews, G. F.; Menmuir, S.; Silburn, S. A.; Simpson, J.; Sips, A. C.C.; Weisen, H.; Gibson, K. J.; , JET Contributors; Department of Applied Physics; Culham Science Centre; Max-Planck-Institut für Plasmaphysik; Demokritos National Centre for Scientific Research; Oak Ridge National Laboratory; KTH Royal Institute of Technology; Swiss Federal Institute of Technology Lausanne; University of York
    The pedestal structure, edge transport and linear MHD stability have been analyzed in a series of JET with the ITER-like wall hydrogen (H) and deuterium (D) type I ELMy H-mode plasmas. The pedestal pressure is typically higher in D than in H at the same input power and gas rate, with the difference mainly due to lower density in H than in D (Maggi et al (JET Contributors) 2018 Plasma Phys. Control. Fusion 60 014045). A power balance analysis of the pedestal has shown that higher inter-ELM separatrix loss power is required in H than in D to maintain a similar pedestal top pressure. This is qualitatively consistent with a set of interpretative EDGE2D-EIRENE simulations for H and D plasmas, showing that higher edge particle and heat transport coefficients are needed in H than in D to match the experimental profiles. It has also been concluded that the difference in neutral penetration between H and D leads only to minor changes in the upstream density profiles and with trends opposite to experimental observations. This implies that neutral penetration has a minor role in setting the difference between H and D pedestals, but higher ELM and/or inter-ELM transport are likely to be the main players. The interpretative EDGE2D-EIRENE simulations, with simultaneous upstream and outer divertor target profile constraints, have indicated higher separatrix electron temperature in H than in D for a pair of discharges at low fueling gas rate and similar stored energy (which required higher input power in H than in D at the same gas rate). The isotope dependence of linear MHD pedestal stability has been found to be small, but if a higher separatrix temperature is considered in H than in D, this could lead to destabilization of peeling-ballooning modes and shrinking of the stability boundary, qualitatively consistent with the reduced pedestal confinement in H.
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    Overview of the JET preparation for deuterium-tritium operation with the ITER like-wall
    (IOP PUBLISHING LTD, 2019-11) Joffrin, E.; Abduallev, S.; Abhangi, M.; Abreu, P.; Afanasev; Afzal, M.; Aggarwal, K. M.; Ahlgren, T.; Aho-Mantila, L.; Aiba, N.; Airila, M.; Alarcon, T.; Albanese, Raffaele; Alegre, D.; Aleiferis, S.; Alessi, E.; Aleynikov, P.; Alkseev, A.; Allinson, M.; Alper, B.; Alves, E.; Ambrosino, G.; Ambrosino, R.; Amosov, V.; Sunden, E. Andersson; Andrews, R.; Angelone, M.; Anghel, M.; Angioni, C.; Appel, L.; Appelbee, C.; Arena, P.; Ariola, M.; Arshad, S.; Artaud, J.; Arter, W.; Ash, A.; Ashikawa, N.; Aslanyan, V.; Asunta, O.; Asztalos, O.; Auriemma, F.; Austin, Y.; Avotina, L.; Axton, M.; Ayres, C.; Baciero, A.; Baiao, D.; Balboa, I.; Balden, M.; Balshaw, N.; Bandaru, V. K.; Banks, J.; Baranov, Y. F.; Barcellona, C.; Barnard, T.; Barnes, M.; Barnsley, R.; Wiechec, A. Baron; Barrera Orte, L.; Baruzzo, M.; Basiuk, V.; Bassan, M.; Bastow, R.; Batista, A.; Batistoni, P.; Baumane, L.; Bauvir, B.; Baylor, L.; Beaumont, P. S.; Beckers, M.; Beckett, B.; Bekris, N.; Beldishevski, M.; Bell, K.; Belli, F.; Belonohy, E.; Benayas, J.; Bergsaker, H.; Bernardo, J.; Bernert, M.; Berry, M.; Bertalot, L.; Besiliu, C.; Betar, H.; Beurskens, M.; Bielecki, J.; Biewer, T.; Bilato, R.; Biletskyi, O.; Bilkova, P.; Binda, F.; Birkenmeier, G.; Bizarro, J. P. S.; Bjorkas, C.; Blackburn, J.; Blackman, T. R.; Blanchard, P.; Blatchford, P.; Bobkov, V.V.; Boboc, A.; Bogar, O.; Bohm, P.; Bohm, T.; Bolshakova, I.; Bolzonella, T.; Bonanomi, N.; Boncagni, L.; Bonfiglio, D.; Bonnin, X.; Boom, J.; Borba, D.; Borodin, D.; Borodkina, I.; Boulbe, C.; Bourdelle, C.; Bowden, M.; Bowman, C.; Boyce, T.; Boyer, H.; Bradnam, S. C.; Braic, V.; Bravanec, R.; Breizman, B.; Brennan, D.; Breton, S.; Brett, A.; Brezinsek, S.; Bright, M.; Brix, M.; Broeckx, W.; Brombin, M.; Broslawski, A.; Brown, B. C.; Brunetti, D.; Bruno, E.; Buch, J.; Buchanan, J.; Buckingham, R.; Buckley, M.; Bucolo, M.; Budny, R.; Bufferand, H.; Buller, S.; Bunting, P.; Buratti, P.; Burckhart, A.; Burroughes, G.; Buscarino, A.; Busse, A.; Butcher, D.; Butler, B.; Bykov, I.; Cahyna, P.; Calabro, G.; Calacci, L.; Callaghan, D.; Callaghan, J.; Calvo, Iván; Camenen, Y.; Camp, P.; Campling, D. C.; Cannas, B.; Capat, A.; Carcangiu, S.; Card, P.; Cardinali, A.; Carman, P.; Carnevale, D.; Carr, M.; Carralero, D.; Carraro, L.; Carvalho, B. B.; Carvalho, Sergio; Carvalho, P.; Carvalho, D. D.; Casson, F. J.; Castaldo, C.; Catarino, N.; Causa, F.; Cavazzana, R.; Cave-Ayland, K.; Cavedon, M.; Cecconello, M.; Ceccuzzi, S.; Cecil, E.; Challis, C. D.; Chandra, D.; Chang, C. S.; Chankin, A.; Chapman, I. T.; Chapman, B.; Chapman, S. C.; Chernyshova, M.; Chiariello, A.; Chitarin, G.; Chmielewski, P.; Chone, L.; Ciraolo, G.; Ciric, D.; Citrin, J.; Clairet, F.; Clark, M.; Clark, E.; Clarkson, R.; Clay, R.; Clements, C.; Coad, J. P.; Coates, P.; Cobalt, A.; Coccorese, V.; Cocilovo, W.; Coelho, R.; Coenen, J. W.; Coffey, I. H.; Colas, L.; Colling, B.; Collins, S.; Conka, D.; Conroy, S.; Conway, N.; Coombs, D.; Cooper, S. R.; Corradino, C.; Corre, Y.; Corrigan, G.; Coster, D.; Craciunescu, T.; Cramp, S.; Crapper, C.; Crisanti, F.; Croci, G.; Croft, D.; Crombe, K.; Cruz, N.; Cseh, G.; Cufar, A.; Cullen, A.; Curson, P.; Curuia, M.; Czarnecka, A.; Czarski, T.; Cziegler, I.; Dabirikhah, H.; Dal Molin, A.; Dalgliesh, P.; Dalley, S.; Dankowski, J.; Darrow, D.; David, P.; Davies, A.; Davis, W.; Dawson, K.; Day, C.; De Bock, M.; de Castro, A.; De Dominici, G.; de la Cal, E.; de la Luna, E.; De Masi, G.; De Temmerman, G.; De Tommasi, G.; de Vries, P.; Deane, J.; Dejarnac, R.; Del Sarto, D.; Delabie, E.; Demerdzhiev; Dempsey, A.; den Harder, N.; Dendy, R. O.; Denis, J.; Denner, P.; Devaux, S.; Devynck, P.; Di Maio, F.; Di Siena, A.; Di Troia, C.; Dickinson, D.; Dinca, P.; Dittmar, T.; Dobrashian, J.; Doerk, H.; Doerner, R. P.; Domptail, F.; Donne, T.; Dorling, S. E.; Douai, D.; Dowson, S.; Drenik, A.; Dreval, M.; Drewelow, P.; Drews, P.; Duckworth, Ph; Dumont, R.; Dumortier, P.; Dunai, D.; Dunne, M.; Duran, I.; Durodie, F.; Dutta, P.; Duval, B. P.; Dux, R.; Dylst, K.; Edappala, P.; Edwards, A. M.; Edwards, J. S.; Eich, Th; Eidietis, N.; Eksaeva, A.; Ellis, R.; Ellwood, G.; Elsmore, C.; Emery, S.; Enachescu, M.; Ericsson, G.; Eriksson, J.; Eriksson, F.; Eriksson, L. G.; Ertmer, S.; Esquembri, S.; Esquisabel, A. L.; Esser, H. G.; Ewart, G.; Fable, E.; Fagan, D.; Faitsch, M.; Falie, D.; Fanni, A.; Farahani, A.; Fasoli, A.; Faugeras, B.; Fazinic, S.; Felici, F.; Felton, R. C.; Feng, S.; Fernades, A.; Fernandes, H.; Ferreira, J.; Ferreira, D. R.; Ferro, G.; Fessey, J. A.; Ficker, O.; Field, A.; Fietz, S.; Figini, L.; Figueiredo, J.; Figueiredo, A.; Fil, N.; Finburg, P.; Fischer, U.; Fittill, L.; Fitzgerald, M.; Flammini, D.; Flanagan, J.; Flinders, K.; Foley, S.; Fonnesu, N.; Fontdecaba, J. M.; Formisano, A.; Forsythe, L.; Fortuna, L.; Fransson, E.; Frasca, M.; Frassinetti, L.; Freisinger, M.; Fresa, R.; Fridstrom, R.; Frigione, D.; Fuchs, JC; Fusco, P.; Futatani, S.; Gal, K.; Galassi, D.; Galazka, K.; Galeani, S.; Gallart, D.; Galvao, R.; Gao, Y.; Garcia, J.; Garcia-Carrasco, A.; Garcia-Munoz, M.; Gardener, M.; Garzotti, L.; Gaspar, J.; Gaudio, P.; Gear, D.; Gebhart, T.; Gee, S.; Geiger, B.; Gelfusa, M.; George, R.; Gerasimov, S.; Gervasini, G.; Gethins, M.; Ghani, Z.; Ghate, M.; Gherendi, M.; Ghezzi, F.; Giacalone, J. C.; Giacomelli, L.; Giacometti, G.; Gibson, K.; Giegerich, T.; Gil, L.; Gilbert, M. R.; Gin, D.; Giovannozzi, E.; Giroud, C.; Gloeggler, S.; Goff, J.; Gohil, P.; Goloborod'ko, V.; Gomes, R.; Goncalves, B.; Goniche, M.; Goodyear, A.; Gorini, G.; Goerler, T.; Goulding, R.; Goussarov, A.; Graham, B.; Graves, J. P.; Greuner, H.; Grierson, B.; Griffiths, J.; Griph, S.; Grist, D.; Groth, M.; Grove, R.; Gruca, M.; Guard, D.; Guerard, C.; Guillemaut, C.; Guirlet, R.; Gulati, S.; Gurl, C.; Gutierrez-Milla, A.; Utoh, H. H.; Hackett, L.; Hacquin, S.; Hager, R.; Hakola, A.; Halitovs, M.; Hall, S.; Hallworth-Cook, S.; Ham, C.; Hamed, M.; Hamilton, N.; Hamlyn-Harris, C.; Hammond, K.; Hancu, G.; Harrison, J.; Harting, D.; Hasenbeck, F.; Hatano, Y.; Hatch, D. R.; Haupt, T.; Hawes, J.; Hawkes, N. C.; Hawkins, J.; Hawkins, P.; Hazel, S.; Heesterman, P.; Heinola, K.; Hellesen, C.; Hellsten, T.; Helou, W.; Hemming, O.; Hender, T. C.; Henderson, S. S.; Henderson, M.; Henriques, R.; Hepple, D.; Herfindal, J.; Hermon, G.; Hidalgo, C.; Higginson, W.; Highcock, E. G.; Hillesheim, J.; Hillis, D.; Hizanidis, K.; Hjalmarsson, A.; Ho, A.; Hobirk, J.; Hogben, C. H. A.; Hogeweij, G. M. D.; Hollingsworth, A.; Hollis, S.; Hoelzl, M.; Honore, J-J; Hook, M.; Hopley, D.; Horacek, J.; Hornung, G.; Horton, A.; Horton, L. D.; Horvath, L.; Hotchin, S. P.; Howell, R.; Hubbard, A.; Huber, A.; Huber, Reto; Huddleston, T. M.; Hughes, M.; Hughes, J.; Huijsmans, G. T. A.; Huynh, P.; Hynes, A.; Igaune, I.; Iglesias, D.; Imazawa, N.; Imrisek, M.; Incelli, M.; Innocente, P.; Ivanova-Stanik, I.; Ivings, E.; Jachmich, S.; Jackson, A.; Jackson, T.; Jacquet, P.; Jansons, J.; Jaulmes, F.; Jednorog, S.; Jenkins, Ian; Jepu, I.; Johnson, T.; Johnson, R.; Johnston, J.; Joita, L.; Joly, J.; Jonasson, E.; Jones, T.; Jones, C.; Jones, L.; Jones, G.; Jones, N.; Juvonen, M.; Hoshino, K. K.; Kallenbach, A.; Kalsey, M.; Kaltiaisenaho, T.; Kamiya, K.; Kaniewski, J.; Kantor, A.; Kappatou, A.; Karhunen, J.; Karkinsky, D.; Kaufman, M.; Kaveney, G.; Kazakov, Y.; Kazantzidis, V.; Keeling, D. L.; Keenan, F. P.; Kempenaars, M.; Kent, O.; Kent, J.; Keogh, K.; Khilkevich, E.; Kim, H. T.; King, R.; King, D.; Kinna, D. J.; Kiptily, V.; Kirk, A.; Kirov, K.; Kirschner, A.; Kizane, G.; Klas, M.; Klepper, C.; Klix, A.; Knight, M.; Knight, P.; Knipe, S.; Knott, S.; Kobuchi, T.; Kochl, F.; Kocsis, G.; Kodeli, I.; Koechl, F.; Kogut, D.; Koivuranta, S.; Kolesnichenko, Y.; Kollo, Z.; Kominis, Y.; Koeppen, M.; Korolczuk, S.; Kos, B.; Koslowski, H. R.; Kotschenreuther, M.; Koubiti, M.; Kovaldins, R.; Kovanda, O.; Kowalska-Strzeciwilk, E.; Krasilnikov, A.; Krasilnikov, AV; Krawczyk, N.; Kresina, M.; Krieger, K.; Krivska, A.; Kruezi, U.; Ksiazek, I.; Kukushkin, A.; Kundu, A.; Kurki-Suonio, T.; Kwak, S.; Kwon, O. J.; Laguardia, L.; Lahtinen, A.; Laing, A.; Lalousis, P.; Lam, N.; Lamb, C.; Lambertz, H. T.; Lang, P. T.; Lanthaler, S.; Neto, E. Lascas; Laszynska, E.; Lawless, R.; Lawson, K. D.; Lazaros, A.; Lazzaro, E.; Leach, R.; Learoyd, G.; Leerink, S.; Lefebvre, X.; Leggate, H. J.; Lehmann, J.; Lehnen, M.; Leichauer, P.; Leichtle, D.; Leipold, F.; Lengar, I.; Lennholm, M.; Lepiavko, B.; Leppanen, J.; Lerche, E.; Lescinskis, A.; Lescinskis, B.; Lesnoj, S.; Leyland, M.; Leysen, W.; Li, Y.; Li, Li; Liang, Y.; Likonen, J.; Linke, J.; Linsmeier, Ch; Lipschultz, B.; Litaudon, X.; Liu, G.; Lloyd, B.; Lo Schiavo, V. P.; Loarer, T.; Loarte, A.; Lomanowski, B.; Lomas, P. J.; Lonnroth, J.; Lopez, J. M.; Lorenzini, R.; Losada, U.; Loughlin, M.; Lowry, C.; Luce, T.; Lucock, R.; Lukin, A.; Luna, C.; Lungaroni, M.; Lungu, C. P.; Lungu, M.; Lunniss, A.; Lunt, T.; Lupelli, I.; Lutsenko, VN; Lyssoivan, A.; Macheta, P.; Macusova, E.; Magesh, B.; Maggi, C.; Maggiora, R.; Mahesan, S.; Maier, H.; Mailloux, J.; Maingi, R.; Makwana, R.; Malaquias, A.; Malinowski, K.; Malizia, A.; Manas, P.; Manduchi, G.; Manso, M. E.; Mantica, P.; Mantsinen, M.; Manzanares, A.; Maquet, Ph; Marandet, Y.; Marcenko, N.; Marchetto, C.; Marchuk, O.; Marconato, N.; Mariani, A.; Marin, M.; Marinelli, M.; Marinucci, M.; Markovic, T.; Marocco, D.; Marot, L.; Marsh, J.; Martin, A.; Martin de Aguilera, A.; Martin-Solis, J. R.; Martone, R.; Martynova, Y.; Maruyama, So; Maslov, M.; Matejcik, S.; Mattei, M.; Matthews, G. F.; Matveev, D.; Matveeva, E.; Mauriya, A.; Maviglia, F.; May-Smith, T.; Mayer, M.; Mayoral, M. L.; Mazon, D.; Mazzotta, C.; McAdams, R.; McCarthy, P. J.; McClements, K. G.; McCormack, O.; McCullen, P. A.; McDonald, D.; McHardy, M.; McKean, R.; McKehon, J.; McNamee, L.; Meadowcroft, C.; Meakins, A.; Medley, S.; Meigh, S.; Meigs, A. G.; Meisl, G.; Meiter, S.; Meitner, S.; Meneses, L.; Menmuir, S.; Mergia, K.; Merle, A.; Merriman, P.; Mertens, Ph; Meshchaninov, S.; Messiaen, A.; Meyer, H.; Michling, R.; Milanesio, D.; Militello, F.; Militello-Asp, E.; Milocco, A.; Miloshevsky, G.; Mink, F.; Minucci, S.; Miron, Luiciana Ines Comes; Mistry, S.; Miyoshi, Y.; Mlynar, J.; Moiseenko; Monaghan, P.; Monakhov, I.; Moon, S.; Mooney, R.; Moradi, S.; Morales, J.; Moran, J.; Mordijck, S.; Moreira, L.; Moro, F.; Morris, J.; Moser, L.; Mosher, S.; Moulton, D.; Mrowetz, T.; Muir, A.; Muraglia, M.; Murari, A.; Muraro, A.; Murphy, S.; Muscat, P.; Muthusonai, N.; Myers, C.; Asakura, N. N.; N'Konga, B.; Nabais, F.; Naish, R.; Naish, J.; Nakano, T.; Napoli, F.; Nardon, E.; Naulin, V.; Nave, M. F. F.; Nedzelskiy; Nemtsev, G.; Nesenevich, V. G.; Nespoli, F.; Neto, A.; Neu, R.; Neverov, V. S.; Newman, M.; Ng, S.; Nicassio, M.; Nielsen, A. H.; Nina, D.; Nishijima, D.; Noble, C.; Nobs, C. R.; Nocente, M.; Nodwell, D.; Nordlund, K.; Nordman, H.; Normanton, R.; Noterdaeme, J. M.; Nowak, S.; Nunes, I.M.; O'Gorman, T.; O'Mullane, M.; Oberkofler, M.; Oberparleiter, M.; Odupitan, T.; Ogawa, M. T.; Okabayashi, M.; Oliver, H.; Olney, R.; Omoregie, L.; Ongena, J.; Orsitto, F.; Orszagh, J.; Osborne, T.; Otin, R.; Owen, A.; Owen, T.; Paccagnella, R.; Packer, L. W.; Pajuste, E.; Pamela, S.; Panja, S.; Papp, P.; Papp, G.; Parail, V; Pardanaud, C.; Diaz, F. Parra; Parsloe, A.; Parsons, N.; Parsons, M.; Pasqualotto, R.; Passeri, M.; Patel, A.; Pathak, S.; Patten, H.; Pau, A.; Pautasso, G.; Pavlichenko, R.; Pavone, A.; Pawelec, E.; Soldan, C. Paz; Peackoc, A.; Pehkonen, S-P; Peluso, E.; Penot, C.; Penzo, J.; Pepperell, K.; Pereira, R.; Cippo, E. Perelli; von Thun, C. Perez; Pericoli, V.; Peruzzo, S.; Peterka, M.; Petersson, P.; Petravich, G.; Petre, A.; Petrzilka, V.; Philipps, V.; Pigatto, L.; Pillon, M.; Pinches, S.; Pintsuk, G.; Piovesan, P.; de Sa, W. Pires; Pires dos Reis, A.; Piron, L.; Piron, C.; Pironti, A.; Pisano, F.; Pitts, R.; Plyusnin, V; Poli, F. M.; Pomaro, N.; Pompilian, O. G.; Pool, P.; Popovichev, S.; Poradzinski, M.; Porfiri, M. T.; Porosnicu, C.; Porton, M.; Possnert, G.; Potzel, S.; Poulipoulis, G.; Powell, T.; Prajapati, Manish; Prakash, R.; Predebon, I.; Prestopino, G.; Price, D.; Price, M.; Price, R.; Primetzhofer, D.; Prior, P.; Pucella, G.; Puglia, P.; Puiatti, M. E.; Purahoo, K.; Pusztai, L.; Puetterich, Th; Rachlew, E.; Rack, M.; Ragona, R.; Rainford, M.; Raj, P.; Rakha, A.; Ramogida, G.; Rapson, C. J.; Rasmussen, D.; Rasmussen, J. J.; Rathod, K.; Ratta, G.; Ratynskaia, S.; Ravera, G.; Rebai, M.; Reed, A.; Refy, D.; Regana, J.; Reich, M.; Reid, N.; Reimold, F.; Reinhart, M.; Reinke, M.; Reiser, D.; Rendell, D.; Reux, C.; Cortes, S. D. A. Reyes; Reynolds, S.; Ricci, D.; Richiusa, M.; Rigamonti, D.; Rimini, F. G.; Risner, J.; Riva, M.; Rivero-Rodriguez, J.; Roach, C.; Robins, R.; Robinson, S.; Robson, D.; Rodionov, R.; Rodrigues, P.; Rodriguez, J.; Rohde, Volker; Romanelli, M.; Romanelli, F.; Romanelli, S.; Romazanov, J.; Rowe, S.; Rubel, M.; Rubinacci, G.; Rubino, G.; Ruchko, L.; Ruset, C.; Rzadkiewicz, J.; Saarelma, S.; Sabot, R.; Saez, X.; Safi, E.; Sahlberg, A.; Saibene, G.; Saleem, M.; Salewski, M.; Salmi, A.; Salmon, R.; Salzedas, F.; Samm, U.; Sandiford, D.; Santa, P.; Santala, M. I. K.; Santos, B.; Santucci, A.; Sartori, F.; Sartori, R.; Sauter, O.; Scannell, R.; Schluck, F.; Schlummer, T.; Schmid, K.; Schmuck, S.; Schoepf, K.; Schweinzer, J.; Schworer, D.; Scott, S. D.; Sergienko, G.; Sertoli, M.; Shabbir, A.; Sharapov, S. E.; Shaw, A.; Sheikh, H.; Shepherd, A.; Shevelev, A.; Shiraki, D.; Shumack, A.; Sias, G.; Sibbald, M.; Sieglin, B.; Silburn, S.; Silva, J.; Silva, A.; Silva, C.; Silvagni, D.; Simmons, P.; Simpson, J.; Sinha, A.; Sipila, S. K.; Sips, A. C. C.; Siren, Paula; Sirinelli, A.; Sjostrand, H.; Skiba, M.; Skilton, R.; Skvara; Slade, B.; Smith, R.; Smith, P.; Smith, S. F.; Snoj, L.; Soare, S.; Solano, E. R.; Somers, A.; Sommariva, C.; Sonato, P.; Sos, M.; Sousa, J.; Sozzi, C.; Spagnolo, S.; Sparapani, P.; Spelzini, T.; Spineanu, F.; Sprada, D.; Sridhar, S.; Stables, G.; Stallard, J.; Stamatelatos, I.; Stamp, M. F.; Stan-Sion, C.; Stancar, Z.; Staniec, P.; Stankunas, G.; Stano, M.; Stavrou, C.; Stefanikova, E.; Stepanov, A.Y.; Stephen, A.; Stephen, M.; Stephens, J.; Stevens, B.; Stober, J.; Stokes, C.; Strachan, J.; Strand, P.; Strauss, H. R.; Strom, P.; Studholme, W.; Subba, F.; Suchkov, E.; Summers, H. P.; Sun, H.; Sutton, N.; Svensson, J.; Sytnykov, D.; Szabolics, T.; Szepesi, G.; Suzuki, T. T.; Tabares, F.; Tadic, T.; Tal, B.; Tala, T.; Taliercio, C.; Tallargio, A.; Tanaka, K.; Tang, W.; Tardocchi, M.; Tatali, R.; Taylor, D.; Tegnered, D.; Telesca, G.; Teplova, N.; Teplukhina, A.; Terranova, D.; Terry, C.; Testa, D.; Tholerus, E.; Thomas, J.; Thompson, V. K.; Thornton, A.; Tierens, W.; Tiseanu, I.; Tojo, H.; Tokitani, M.; Tolias, P.; Tomes, M.; Trimble, P.; Tripsky, M.; Tsalas, M.; Tsavalas, P.; Tskhakaya, D.; Jun, D. Tskhakaya; Turner, A.D.; Turner, M. M.; Turnyanskiy, M.; Tvalashvili, G.; Tyshchenko, M.; Uccello, A.; Uljanovs, J.; Urano, H.; Urban, A.; Urbanczyk, G.; Uytdenhouwen, I.; Vadgama, A.; Valcarcel, D.; Vale, R.; Valentinuzzi, M.; Valerii, K.; Valisa, M.; Olivares, P. Vallejos; Valovic, M.; Van Eester, D.; Van Renterghem, W.; van Rooij, G. J.; Varje, J.; Vartanian, S.; Vasava, K.; Vasilopoulou, T.; Vecsei, M.; Vega, J.; Ventre, S.; Verdoolaege, G.; Verona, C.; Rinati, G. Verona; Veshchev, E.; Vianello, N.; Vicente, J.; Viezzer, E.; Villari, S.; Villone, F.; Vincent, M.; Vincenzi, P.; Vinyar, I.; Viola, B.; Vitins, A.; Vizvary, Z.; Vlad, M.; Voitsekhovitch, I.; Voltolina, D.; von Toussaint, U.; Vondracek, P.; Vuksic, M.; Wakeling, B.; Waldon, C.; Walkden, N.; Walker, R.; Walker, M.; Walsh, M.; Wang, N.; Wang, E.; Warder, S.; Warren, R.; Waterhouse, J.; Watts, C.; Wauters, T.; Webb, M.; Weckmann, A.; Weiland, J.; Weiland, M.; Weisen, H.; Weiszflog, M.; Welch, P.; West, A.; Wheatley, M.; Wheeler, S.; Whitehead, A. M.; Whittaker, D.; Widdowson, A. M.; Wiesen, S.; Wilkie, G.; Williams, J.; Willoughby, D.; Wilson, J.; Wilson, P.; Wilson, H. R.; Wischmeier, M.; Withycombe, A.; Witts, D.; Wolfrum, E.; Wood, R.; Woodley, R.; Woodley, C.; Wray, S.; Wright, J. C.; Wright, P.; Wukitch, S.; Wynn, A.; Xiang, L.; Xu, T.; Xue, Y.; Yadikin, D.; Yakovenko, Y.; Yanling, W.; Yavorskij, Viktor; Young, E.S.K.; Young, R.; Young, D.; Zacks, J.; Zagorski, R.; Zaitsev, F. S.; Zakharov, L.; Zanino, R.; Zarins, A.; Zarins, R.; Fernandez, D. Zarzoso; Zastrow, K. D.; Zerbini, M.; Zhang, W.; Zhou, Y.; Zilli, E.; Zocco, A.; Zoita, V.L.; Zoletnik, S.; Zwingmann, W.; Zychor, I.; Ranjan, Sutapa; Department of Applied Physics; School services, ELEC; Automaatio- ja systeemitekniik; School services,SCI; Fusion and Plasma Physics; French Alternative Energies and Atomic Energy Commission; Forschungszentrum Jülich; Institute for Plasma Research; Universidade de Lisboa; St. Petersburg Scientific Centre; Culham Science Centre; Queen's University Belfast; University of Helsinki; National Institutes for Quantum and Radiological Science and Technology; Consorzio CREATE; EURATOM/CIEMAT; National Centre for Scientific Research "Demokritos"; Consiglio Nazionale delle Ricerche (CNR); ITER; Kurchatov Institute; Troitskii Institute of Innovative and Thermonuclear Research; Uppsala University; ENEA Frascati Research Center; National Institute of Research and Development for Cryogenic and Isotopic Technologies; Max Planck Institute for Plasma Physics; University of Catania; Fusion Energy Joint Undertaking; Massachusetts Institute of Technology; EURATOM HAS; Consorzio RFX; University of Latvia; University of Oxford; EUROfusion Programme Management Unit; Oak Ridge National Laboratory; KTH Royal Institute of Technology; Université de Lorraine; Institute of Nuclear Physics of the Polish Academy of Sciences; National Academy of Sciences of Ukraine; Institute of Plasma Physics of the Czech Academy of Sciences; Swiss Federal Institute of Technology Lausanne; Comenius University Bratislava; University of Wisconsin-Madison; Lviv Polytechnic National University; University of Milano-Bicocca; Université Côte d'Azur; University of York; National Institute for Research and Development in Optoelectronics; Fourth State Research in Austin; University of Texas at Austin; Belgian Nuclear Research Centre; National Centre for Nuclear Research; Princeton University; Chalmers University of Technology; Tuscia University; University of Rome Tor Vergata; Aix-Marseille Université; University of Cagliari; University of Warwick; Institute of Plasma Physics and Laser Microfusion; Dutch Institute for Fundamental Energy Research; National Institute for Laser, Plasma and Radiation Physics; Ghent University; Jožef Stefan Institute; Karlsruhe Institute of Technology; Dublin City University; University of California, San Diego; Ecole Royale Militaire; General Atomics & Affiliated Companies; Horia Hulubei National Institute of Physics and Nuclear Engineering; Universidad Politécnica de Madrid; Ruder Boskovic Institute; Polytechnic University of Catalonia; Barcelona Supercomputing Center; Centro Brasileiro de Pesquisas Físicas; University of Seville; University of Innsbruck; University of Toyama; University of Strathclyde; National Technical University of Athens; European Commission; VTT Technical Research Centre of Finland; University College Cork; Vienna University of Technology; University of Opole; Daegu University; Foundation for Research and Technology - Hellas; PELIN LLC; Arizona State University; Polytechnic University of Turin; ICREA; Complutense University of Madrid; University of Basel; Universidad Carlos III de Madrid; Purdue University; Technical University of Denmark; University of California, Berkeley; Universidade de São Paulo; University of Ioannina; Lithuanian Energy Institute; University of Bath; HRS Fusion; National Institute for Fusion Science
    For the past several years, the JET scientific programme (Pamela et al 2007 Fusion Eng. Des. 82 590) has been engaged in a multi-campaign effort, including experiments in D, H and T, leading up to 2020 and the first experiments with 50%/50% D-T mixtures since 1997 and the first ever D-T plasmas with the ITER mix of plasma-facing component materials. For this purpose, a concerted physics and technology programme was launched with a view to prepare the D-T campaign (DTE2). This paper addresses the key elements developed by the JET programme directly contributing to the D-T preparation. This intense preparation includes the review of the physics basis for the D-T operational scenarios, including the fusion power predictions through first principle and integrated modelling, and the impact of isotopes in the operation and physics of D-T plasmas (thermal and particle transport, high confinement mode (H-mode) access, Be and W erosion, fuel recovery, etc). This effort also requires improving several aspects of plasma operation for DTE2, such as real time control schemes, heat load control, disruption avoidance and a mitigation system (including the installation of a new shattered pellet injector), novel ion cyclotron resonance heating schemes (such as the three-ions scheme), new diagnostics (neutron camera and spectrometer, active Alfven eigenmode antennas, neutral gauges, radiation hard imaging systems...) and the calibration of the JET neutron diagnostics at 14 MeV for accurate fusion power measurement. The active preparation of JET for the 2020 D-T campaign provides an incomparable source of information and a basis for the future D-T operation of ITER, and it is also foreseen that a large number of key physics issues will be addressed in support of burning plasmas.
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    Overview of the JET results in support to ITER
    (2017-06-15) Litaudon, X.; Abduallev, S.; Abhangi, M.; Abreu, P.; Afzal, M.; Aggarwal, K. M.; Ahlgren, T.; Ahn, J. H.; Aho-Mantila, L.; Aiba, N.; Airila, M.; Albanese, R.; Aldred, V.; Alegre, D.; Alessi, E.; Aleynikov, P.; Alfier, A.; Alkseev, A.; Allinson, M.; Alper, B.; Alves, E.; Ambrosino, G.; Ambrosino, R.; Amicucci, L.; Amosov, V.; Andersson Sundén, E.; Angelone, M.; Anghel, M.; Angioni, C.; Appel, L.; Appelbee, C.; Arena, P.; Ariola, M.; Arnichand, H.; Arshad, S.; Ash, A.; Ashikawa, N.; Aslanyan, V.; Asunta, O.; Auriemma, F.; Austin, Y.; Avotina, L.; Axton, M. D.; Ayres, C.; Bacharis, M.; Baciero, A.; Baiáo, D.; Bailey, S.; Baker, A.; Balboa, I.; Balden, M.; Balshaw, N.; Bament, R.; Banks, J. W.; Baranov, Y. F.; Barnard, M. A.; Barnes, D.; Barnes, M.; Barnsley, R.; Baron Wiechec, A.; Barrera Orte, L.; Baruzzo, M.; Basiuk, V.; Bassan, M.; Bastow, R.; Batista, A.; Batistoni, P.; Baughan, R.; Bauvir, B.; Baylor, L.; Bazylev, B.; Beal, J.; Beaumont, P. S.; Beckers, M.; Beckett, B.; Becoulet, A.; Bekris, N.; Beldishevski, M.; Bell, K.; Belli, F.; Bellinger, M.; Belonohy; Ben Ayed, N.; Benterman, N. A.; Bergsåker, H.; Bernardo, J.; Bernert, M.; Berry, M.; Bertalot, L.; Besliu, C.; Beurskens, M.; Bieg, B.; Bielecki, J.; Biewer, T.; Bigi, M.; Bílková, P.; Binda, F.; Bisoffi, A.; Bizarro, J. P.S.; Björkas, C.; Blackburn, J.; Blackman, K.; Blackman, T. R.; Blanchard, P.; Blatchford, P.; Bobkov, V.; Boboc, A.; Bodnár, G.; Bogar, O.; Bolshakova, I.; Bolzonella, T.; Bonanomi, N.; Bonelli, F.; Boom, J.; Booth, J.; Borba, D.; Borodin, D.; Borodkina, I.; Botrugno, A.; Bottereau, C.; Boulting, P.; Bourdelle, C.; Bowden, M.; Bower, C.; Bowman, C.; Boyce, T.; Boyd, C.; Boyer, H. J.; Bradshaw, J. M.A.; Braic, V.; Bravanec, R.; Breizman, B.; Bremond, S.; Brennan, P. D.; Breton, S.; Brett, A.; Brezinsek, S.; Bright, M. D.J.; Brix, M.; Broeckx, W.; Brombin, M.; Brosławski, A.; Brown, D. P.D.; Brown, M.; Bruno, E.; Bucalossi, J.; Buch, J.; Buchanan, J.; Buckley, M. A.; Budny, R.; Bufferand, H.; Bulman, M.; Bulmer, N.; Bunting, P.; Buratti, P.; Burckhart, A.; Buscarino, A.; Busse, A.; Butler, N. K.; Bykov, I.; Byrne, J.; Cahyna, P.; Calabrò, G.; Calvo, I.; Camenen, Y.; Camp, P.; Campling, D. C.; Cane, J.; Cannas, B.; Capel, A. J.; Card, P. J.; Cardinali, A.; Carman, P.; Carr, M.; Carralero, D.; Carraro, L.; Carvalho, B. B.; Carvalho, I.; Carvalho, P.; Casson, F. J.; Castaldo, C.; Catarino, N.; Caumont, J.; Causa, F.; Cavazzana, R.; Cave-Ayland, K.; Cavinato, M.; Cecconello, M.; Ceccuzzi, S.; Cecil, E.; Cenedese, A.; Cesario, R.; Challis, C. D.; Chandler, M.; Chandra, D.; Chang, C. S.; Chankin, A.; Chapman, I. T.; Chapman, S. C.; Chernyshova, M.; Chitarin, G.; Ciraolo, G.; Ciric, D.; Citrin, J.; Clairet, F.; Clark, E.; Clark, M.; Clarkson, R.; Clatworthy, D.; Clements, C.; Cleverly, M.; Coad, J. P.; Coates, P. A.; Cobalt, A.; Coccorese, V.; Cocilovo, V.; Coda, S.; Coelho, R.; Coenen, J. W.; Coffey, I.; Colas, L.; Collins, S.; Conka, D.; Conroy, S.; Conway, N.; Coombs, D.; Cooper, D.; Cooper, S. R.; Corradino, C.; Corre, Y.; Corrigan, G.; Cortes, S.; Coster, D.; Couchman, A. S.; Cox, M. P.; Craciunescu, T.; Cramp, S.; Craven, R.; Crisanti, F.; Croci, G.; Croft, D.; Crombé, K.; Crowe, R.; Cruz, N.; Cseh, G.; Cufar, A.; Cullen, A.; Curuia, M.; Czarnecka, A.; Dabirikhah, H.; Dalgliesh, P.; Dalley, S.; Dankowski, J.; Darrow, D.; Davies, O.; Davis, W.; Day, C.; Day, I. E.; De Bock, M.; De Castro, A.; De La Cal, E.; De La Luna, E.; De Masi, G.; De Pablos, J. L.; De Temmerman, G.; De Tommasi, G.; De Vries, P.; Deakin, K.; Deane, J.; Degli Agostini, F.; Dejarnac, R.; Delabie, E.; Den Harder, N.; Dendy, R. O.; Denis, J.; Denner, P.; Devaux, S.; Devynck, P.; Di Maio, F.; Di Siena, A.; Di Troia, C.; Dinca, P.; D'Inca, R.; Ding, B.; Dittmar, T.; Doerk, H.; Doerner, R. P.; Donné, T.; Dorling, S. E.; Dormido-Canto, S.; Doswon, S.; Douai, D.; Doyle, P. T.; Drenik, A.; Drewelow, P.; Drews, P.; Duckworth, Ph; Dumont, R.; Dumortier, P.; Dunai, D.; Dunne, M.; ĎUran, I.; Durodié, F.; Dutta, P.; Duval, B. P.; Dux, R.; Dylst, K.; Dzysiuk, N.; Edappala, P. V.; Edmond, J.; Edwards, A. M.; Edwards, J.; Eich, Th; Ekedahl, A.; El-Jorf, R.; Elsmore, C. G.; Enachescu, M.; Ericsson, G.; Eriksson, F.; Eriksson, J.; Eriksson, L. G.; Esposito, B.; Esquembri, S.; Esser, H. G.; Esteve, D.; Evans, B.; Evans, G. E.; Evison, G.; Ewart, G. D.; Fagan, D.; Faitsch, M.; Falie, D.; Fanni, A.; Fasoli, A.; Faustin, J. M.; Fawlk, N.; Fazendeiro, L.; Fedorczak, N.; Felton, R. C.; Fenton, K.; Fernades, A.; Fernandes, H.; Ferreira, J.; Fessey, J. A.; Février, O.; Ficker, O.; Field, A.; Fietz, S.; Figueiredo, A.; Figueiredo, J.; Fil, A.; Finburg, P.; Firdaouss, M.; Fischer, U.; Fittill, L.; Fitzgerald, M.; Flammini, D.; Flanagan, J.; Fleming, C.; Flinders, K.; Fonnesu, N.; Fontdecaba, J. 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P.; Grazier, N.; Grazier, P.; Green, N. R.; Greuner, H.; Grierson, B.; Griph, F. S.; Grisolia, C.; Grist, D.; Groth, M.; Grove, R.; Grundy, C. N.; Grzonka, J.; Guard, D.; Guérard, C.; Guillemaut, C.; Guirlet, R.; Gurl, C.; Utoh, H. H.; Hackett, L. J.; Hacquin, S.; Hagar, A.; Hager, R.; Hakola, A.; Halitovs, M.; Hall, S. J.; Hallworth Cook, S. P.; Hamlyn-Harris, C.; Hammond, K.; Harrington, C.; Harrison, J.; Harting, D.; Hasenbeck, F.; Hatano, Y.; Hatch, D. R.; Haupt, T. D.V.; Hawes, J.; Hawkes, N. C.; Hawkins, J.; Hawkins, P.; Haydon, P. W.; Hayter, N.; Hazel, S.; Heesterman, P. J.L.; Heinola, K.; Hellesen, C.; Hellsten, T.; Helou, W.; Hemming, O. N.; Hender, T. C.; Henderson, M.; Henderson, S. S.; Henriques, R.; Hepple, D.; Hermon, G.; Hertout, P.; Hidalgo, C.; Highcock, E. G.; Hill, M.; Hillairet, J.; Hillesheim, J.; Hillis, D.; Hizanidis, K.; Hjalmarsson, A.; Hobirk, J.; Hodille, E.; Hogben, C. H.A.; Hogeweij, G. M.D.; Hollingsworth, A.; Hollis, S.; Homfray, D. A.; Horáček, J.; Hornung, G.; Horton, A. R.; Horton, L. D.; Horvath, L.; Hotchin, S. P.; Hough, M. R.; Howarth, P. J.; Hubbard, A.; Huber, A.; Huber, V.; Huddleston, T. M.; Hughes, M.; Huijsmans, G. T.A.; Hunter, C. L.; Huynh, P.; Hynes, A. M.; Iglesias, D.; Imazawa, N.; Imbeaux, F.; Imríšek, M.; Incelli, M.; Innocente, P.; Irishkin, M.; Ivanova-Stanik, I.; Jachmich, S.; Jacobsen, A. S.; Jacquet, P.; Jansons, J.; Jardin, A.; Järvinen, A.; Jaulmes, F.; Jednoróg, S.; Jenkins, I.; Jeong, C.; Jepu, I.; Joffrin, E.; Johnson, R.; Johnson, Thomas; Johnston, Jane; Joita, L.; Jones, G.; Jones, T. T.C.; Hoshino, K. K.; Kallenbach, A.; Kamiya, K.; Kaniewski, J.; Kantor, A.; Kappatou, A.; Karhunen, J.; Karkinsky, D.; Karnowska, I.; Kaufman, M.; Kaveney, G.; Kazakov, Y.; Kazantzidis, V.; Keeling, D. L.; Keenan, T.; Keep, J.; Kempenaars, M.; Kennedy, C.; Kenny, D.; Kent, J.; Kent, O. N.; Khilkevich, E.; Kim, H. T.; Kim, H. S.; Kinch, A.; King, C.; King, D.; King, R. F.; Kinna, D. J.; Kiptily, V.; Kirk, A.; Kirov, K.; Kirschner, A.; Kizane, G.; Klepper, C.; Klix, A.; Knight, P.; Knipe, S. J.; Knott, S.; Kobuchi, T.; Köchl, F.; Kocsis, G.; Kodeli, I.; Kogan, L.; Kogut, D.; Koivuranta, S.; Kominis, Y.; Köppen, M.; Kos, B.; Koskela, T.; Koslowski, H. R.; Koubiti, M.; Kovari, M.; Kowalska-Strzȩciwilk, E.; Krasilnikov, A.; Krasilnikov, V.; Krawczyk, N.; Kresina, M.; Krieger, K.; Krivska, A.; Kruezi, U.; Ksiażek, I.; Kukushkin, A.; Kundu, A.; Kurki-Suonio, T.; Kwak, S.; Kwiatkowski, R.; Kwon, O. J.; Laguardia, L.; Lahtinen, A.; Laing, A.; Lam, N.; Lambertz, H. T.; Lane, C.; Lang, P. T.; Lanthaler, S.; Lapins, J.; Lasa, A.; Last, J. R.; Łaszyńska, E.; Lawless, R.; Lawson, A.; Lawson, K. D.; Lazaros, A.; Lazzaro, E.; Leddy, J.; Lee, S.; Lefebvre, X.; Leggate, H. J.; Lehmann, J.; Lehnen, M.; Leichtle, D.; Leichuer, P.; Leipold, F.; Lengar, I.; Lennholm, M.; Lerche, E.; Lescinskis, A.; Lesnoj, S.; Letellier, E.; Leyland, M.; Leysen, W.; Li, Li; Liang, Y.; Likonen, J.; Linke, J.; Linsmeier, Ch; Lipschultz, B.; Liu, G.; Liu, Y.; Lo Schiavo, V. P.; Loarer, T.; Loarte, A.; Lobel, R. C.; Lomanowski, B.; Lomas, P. J.; Lönnroth, J.; López, J. M.; López-Razola, J.; Lorenzini, R.; Losada, U.; Lovell, J. J.; Loving, A. B.; Lowry, C.; Luce, T.; Lucock, R. M.A.; Lukin, A.; Luna, C.; Lungaroni, M.; Lungu, C. P.; Lungu, M.; Lunniss, A.; Lupelli, I.; Lyssoivan, A.; Macdonald, N.; Macheta, P.; Maczewa, K.; Magesh, B.; Maget, P.; Maggi, C.; Maier, H.; Mailloux, J.; Makkonen, T.; Makwana, R.; Malaquias, A.; Malizia, A.; Manas, P.; Manning, A.; Manso, M. E.; Mantica, P.; Mantsinen, M.; Manzanares, A.; Maquet, Ph; Marandet, Y.; Marcenko, N.; Marchetto, C.; Marchuk, O.; Marinelli, M.; Marinucci, M.; Markovič, T.; Marocco, D.; Marot, L.; Marren, C. 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W.; Morris, J.; Moser, L.; Mosher, S.; Moulton, D.; Murari, A.; Muraro, A.; Murphy, S.; Asakura, N. N.; Na, Y. S.; Nabais, F.; Naish, R.; Nakano, T.; Nardon, E.; Naulin, V.; Nave, M. F.F.; Nedzelski, I.; Nemtsev, G.; Nespoli, F.; Neto, A.; Neu, R.; Neverov, V. S.; Newman, M.; Nicholls, K. J.; Nicolas, T.; Nielsen, A. H.; Nielsen, P.; Nilsson, E.; Nishijima, D.; Noble, C.; Nocente, M.; Nodwell, D.; Nordlund, K.; Nordman, H.; Nouailletas, R.; Nunes, I.; Oberkofler, M.; Odupitan, T.; Ogawa, M. T.; O'Gorman, T.; Okabayashi, M.; Olney, R.; Omolayo, O.; O'Mullane, M.; Ongena, J.; Orsitto, F.; Orszagh, J.; Oswuigwe, B. I.; Otin, R.; Owen, A.; Paccagnella, R.; Pace, N.; Pacella, D.; Packer, L. W.; Page, A.; Pajuste, E.; Palazzo, S.; Pamela, S.; Panja, S.; Papp, P.; Paprok, R.; Parail, V.; Park, M.; Parra Diaz, F.; Parsons, M.; Pasqualotto, R.; Patel, A.; Pathak, S.; Paton, D.; Patten, H.; Pau, A.; Pawelec, E.; Paz Soldan, C.; Peackoc, A.; Pearson, I. J.; Pehkonen, S. P.; Peluso, E.; Penot, C.; Pereira, A.; Pereira, R.; Pereira Puglia, P. P.; Perez Von Thun, C.; Peruzzo, S.; Peschanyi, S.; Peterka, M.; Petersson, P.; Petravich, G.; Petre, A.; Petrella, N.; Petržilka, V.; Peysson, Y.; Pfefferlé, D.; Philipps, V.; Pillon, M.; Pintsuk, G.; Piovesan, P.; Pires Dos Reis, A.; Piron, L.; Pironti, A.; Pisano, F.; Pitts, R.; Pizzo, F.; Plyusnin, V.; Pomaro, N.; Pompilian, O. G.; Pool, P. J.; Popovichev, S.; Porfiri, M. T.; Porosnicu, C.; Porton, M.; Possnert, G.; Potzel, S.; Powell, T.; Pozzi, J.; Prajapati, V.; Prakash, R.; Prestopino, G.; Price, D.; Price, M.; Price, R.; Prior, P.; Proudfoot, R.; Pucella, G.; Puglia, P.; Puiatti, M. E.; Pulley, D.; Purahoo, K.; Pütterich, Th; Rachlew, E.; Rack, M.; Ragona, R.; Rainford, M. S.J.; Rakha, A.; Ramogida, G.; Ranjan, S.; Rapson, C. J.; Rasmussen, J. J.; Rathod, K.; Rattá, G.; Ratynskaia, S.; Ravera, G.; Rayner, C.; Rebai, M.; Reece, D.; Reed, A.; Réfy, D.; Regan, B.; Regaña, J.; Reich, M.; Reid, N.; Reimold, F.; Reinhart, M.; Reinke, M.; Reiser, D.; Rendell, D.; Reux, C.; Reyes Cortes, S. D.A.; Reynolds, S.; Riccardo, V.; Richardson, N.; Riddle, K.; Rigamonti, D.; Rimini, F. G.; Risner, J.; Riva, M.; Roach, C.; Robins, R. J.; Robinson, S. A.; Robinson, T.; Robson, D. W.; Roccella, R.; Rodionov, R.; Rodrigues, P.; Rodriguez, J.; Rohde, V.; Romanelli, F.; Romanelli, M.; Romanelli, S.; Romazanov, J.; Rowe, S.; Rubel, M.; Rubinacci, G.; Rubino, G.; Ruchko, L.; Ruiz, M.; Ruset, C.; Rzadkiewicz, J.; Saarelma, S.; Sabot, R.; Safi, E.; Sagar, P.; Saibene, G.; Saint-Laurent, F.; Salewski, M.; Salmi, A.; Salmon, R.; Salzedas, F.; Samaddar, D.; Samm, U.; Sandiford, D.; Santa, P.; Santala, M. I.K.; Santos, B.; Santucci, A.; Sartori, F.; Sartori, R.; Sauter, O.; Scannell, R.; Schlummer, T.; Schmid, K.; Schmidt, V.; Schmuck, S.; Schneider, Mireille; Schöpf, K.; Schwörer, D.; Scott, S. D.; Sergienko, G.; Sertoli, M.; Shabbir, A.; Sharapov, S. E.; Shaw, A.; Shaw, R.; Sheikh, H.; Shepherd, A.; Shevelev, A.; Shumack, A.; Sias, G.; Sibbald, M.; Sieglin, B.; Silburn, S.; Silva, A.; Silva, C.; Simmons, P. A.; Simpson, J.; Simpson-Hutchinson, J.; Sinha, A.; Sipilä, S. K.; Sips, A. C.C.; Sirén, P.; Sirinelli, A.; Sjöstrand, H.; Skiba, M.; Skilton, R.; Slabkowska, K.; Slade, B.; Smith, N.; Smith, P. G.; Smith, R.; Smith, T. J.; Smithies, M.; Snoj, L.; Soare, S.; Solano, E. R.; Somers, A.; Sommariva, C.; Sonato, P.; Sopplesa, A.; Sousa, J.; Sozzi, C.; Spagnolo, S.; Spelzini, T.; Spineanu, F.; Stables, G.; Stamatelatos, I.; Stamp, M. F.; Staniec, P.; Stankūnas, G.; Stan-Sion, C.; Stead, M. J.; Stefanikova, E.; Stepanov, I.; Stephen, A. V.; Stephen, M.; Stevens, A.; Stevens, B. D.; Strachan, J.; Strand, P.; Strauss, H. R.; Ström, P.; Stubbs, G.; Studholme, W.; Subba, F.; Summers, H. P.; Svensson, J.; Świderski; Szabolics, T.; Szawlowski, M.; Szepesi, G.; Suzuki, T. T.; Tál, B.; Tala, T.; Talbot, A. R.; Talebzadeh, S.; Taliercio, C.; Tamain, P.; Tame, C.; Tang, W.; Tardocchi, M.; Taroni, L.; Taylor, D.; Taylor, K. A.; Tegnered, D.; Telesca, G.; Teplova, N.; Terranova, D.; Testa, D.; Tholerus, E.; Thomas, J. D.; Thomas, P.; Thompson, A.; Thompson, C. A.; Thompson, V. K.; Thorne, L.; Thornton, A.; Thrysøe, A. S.; Tigwell, P. A.; Tipton, N.; Tiseanu, I.; Tojo, H.; Tokitani, M.; Tolias, P.; Tomeš, M.; Tonner, P.; Towndrow, M.; Trimble, P.; Tripsky, M.; Tsalas, M.; Tsavalas, P.; Tskhakaya Jun, D.; Turner, I.; Turner, M. M.; Turnyanskiy, M.; Tvalashvili, G.; Tyrrell, S. G.J.; Uccello, A.; Ul-Abidin, Z.; Uljanovs, J.; Ulyatt, D.; Urano, H.; Uytdenhouwen, I.; Vadgama, A. P.; Valcarcel, D.; Valentinuzzi, M.; Valisa, M.; Vallejos Olivares, P.; Valovic, M.; Van De Mortel, M.; Van Eester, D.; Van Renterghem, W.; Van Rooij, G. J.; Varje, J.; Varoutis, S.; Vartanian, S.; Vasava, K.; Vasilopoulou, T.; Vega, J.; Verdoolaege, G.; Verhoeven, R.; Verona, C.; Verona Rinati, G.; Veshchev, E.; Vianello, N.; Vicente, J.; Viezzer, E.; Villari, S.; Villone, F.; Vincenzi, P.; Vinyar, I.; Viola, B.; Vitins, A.; Vizvary, Z.; Vlad, M.; Voitsekhovitch, I.; Vondráček, P.; Vora, N.; Vu, T.; Pires De Sa, W. W.; Wakeling, B.; Waldon, C. W.F.; Walkden, N.; Walker, M.; Walker, R.; Walsh, M.; Wang, E.; Wang, N.; Warder, S.; Warren, R. J.; Waterhouse, J.; Watkins, N. W.; Watts, C.; Wauters, T.; Weckmann, A.; Weiland, J.; Weisen, H.; Weiszflog, M.; Wellstood, C.; West, A. T.; Wheatley, M. R.; Whetham, S.; Whitehead, A. M.; Whitehead, B. D.; Widdowson, A. M.; Wiesen, S.; Wilkinson, J.; Williams, J.; Williams, M.; Wilson, A. R.; Wilson, D. J.; Wilson, H. R.; Wilson, J.; Wischmeier, M.; Withenshaw, G.; Withycombe, A.; Witts, D. M.; Wood, D.; Wood, R.; Woodley, C.; Wray, S.; Wright, J.; Wright, J. C.; Wu, J.; Wukitch, S.; Wynn, A.; Xu, T.; Yadikin, D.; Yanling, W.; Yao, Lieming; Yavorskij, V.; Yoo, M. G.; Young, C.; Young, D.; Young, I. D.; Young, R.; Zacks, J.; Zagorski, R.; Zaitsev, F. S.; Zanino, R.; Zarins, A.; Zastrow, K. D.; Zerbini, M.; Zhou, Y.; Zhang, Wei; Zilli, E.; Zoita, V.; Zoletnik, S.; Zychor, I.; Department of Applied Physics; Fusion and Plasma Physics; Culham Science Centre; Jülich Research Centre; Institute for Plasma Research; Instituto Superior Técnico Lisboa; Queen's University Belfast; University of Helsinki; French Alternative Energies and Atomic Energy Commission; National Institutes for Quantum and Radiological Science and Technology; VTT Technical Research Centre of Finland; University of Naples Federico II; National Distance Education University; National Research Council of Italy; ITER; Russian Research Centre Kurchatov Institute; University of Naples Parthenope; Agenzia nazionale per le nuove tecnologie, l'energia e lo sviluppo economico sostenibile; Troitsk Institute for Innovation and Fusion Research; Uppsala University; National Institute for Cryogenics and Isotopic Technology; Max Planck Institute for Plasma Physics; University of Catania; Fusion for Energy; National Institute for Fusion Science; Massachusetts Institute of Technology; University of Latvia; Imperial College London; Centro de Investigaciones Energéticas, Medioambientales y Tecnológicas - CIEMAT; University of Oxford; EUROfusion Programme Management Unit; Oak Ridge National Laboratory; Karlsruhe Institute of Technology; University of York; KTH Royal Institute of Technology; Maritime University Of Szczecin; Institute of Nuclear Physics of the Polish Academy of Sciences; Czech Academy of Sciences; University of Trento; Swiss Federal Institute of Technology Lausanne; Wigner Research Centre for Physics; Comenius University Bratislava; Lviv Polytechnic National University; University of Milano-Bicocca; National Institute for Optoelectronics; Fourth State Research in Austin; University of Texas at Austin; Belgian Nuclear Research Centre; National Centre for Nuclear Research; Princeton University; CNRS; University of Cagliari; University of Warwick; Soltan Institute for Nuclear Studies; Dutch Institute for Fundamental Energy Research; National Institute for Laser, Plasma and Radiation Physics; Ghent University; Jožef Stefan Institute; CAS - Institute of Plasma Physics; University of California, San Diego; Royal Military Academy; Horia Hulubei National Institute of Physics and Nuclear Engineering; Chalmers University of Technology; Technical University of Madrid; University of Campania Luigi Vanvitelli; Warsaw University of Technology; University of Basilicata; Barcelona Supercomputing Center; University of Seville; Centro Brasileiro de Pesquisas Físicas; University of Rome Tor Vergata; Ioffe Institute; General Atomics; University of Innsbruck; University of Toyama; University of Strathclyde; National Technical University of Athens; European Commission; Tuscia University; Technical University of Denmark; Korea Advanced Institute of Science and Technology; Seoul National University; University College Cork; Vienna University of Technology; University of Opole; Daegu University; National Fusion Research Institute; Dublin City University; Forschungszentrum Jülich; PELIN LLC; Arizona State University; Complutense University of Madrid; University of Basel; Universidad Carlos III de Madrid; Consorzio CREATE; Demokritos National Centre for Scientific Research; Purdue University; Université libre de Bruxelles; University of California; Universidade de São Paulo; Lithuanian Energy Institute; HRS Fusion; Polytechnic University of Turin; University of Cassino and Southern Lazio; University of Electronic Science and Technology of China
    The 2014-2016 JET results are reviewed in the light of their significance for optimising the ITER research plan for the active and non-active operation. More than 60 h of plasma operation with ITER first wall materials successfully took place since its installation in 2011. New multi-machine scaling of the type I-ELM divertor energy flux density to ITER is supported by first principle modelling. ITER relevant disruption experiments and first principle modelling are reported with a set of three disruption mitigation valves mimicking the ITER setup. Insights of the L-H power threshold in Deuterium and Hydrogen are given, stressing the importance of the magnetic configurations and the recent measurements of fine-scale structures in the edge radial electric. Dimensionless scans of the core and pedestal confinement provide new information to elucidate the importance of the first wall material on the fusion performance. H-mode plasmas at ITER triangularity (H = 1 at β N ∼ 1.8 and n/n GW ∼ 0.6) have been sustained at 2 MA during 5 s. The ITER neutronics codes have been validated on high performance experiments. Prospects for the coming D-T campaign and 14 MeV neutron calibration strategy are reviewed.