@article{MTMT:2041514,
	title = {Principal physics developments evaluated in the ITER design review},
	url = {https://m2.mtmt.hu/api/publication/2041514},
	author = {Hawryluk, RJ and Campbell, DJ and Janeschitz, G and Thomas, PR and Albanese, R and Ambrosino, R and Bachmann, C and Baylor, L and Becoulet, M and Benfatto, I and Bialek, J and Boozer, A and Brooks, A and Budny, R and Casper, T and Cavinato, M and Cordier, JJ and Chuyanov, V and Doyle, E and Evans, T and Federici, G and Fenstermacher, M and Fujieda, H and Gál-Hobirk, Kinga Izabella and Garofalo, A and Garzotti, L and Gates, D and Gribov, Y and Heitzenroeder, P and Hender, TC and Holtkamp, N and Humphreys, D and Hutchinson, I and Ioki, K and Johner, J and Johnson, G and Kamada, Y and Kavin, A and Kessel, C and Khayrutdinov, R and Kramer, G and Kukushkin, A and Lackner, K and Landman, I and Lang, P and Liang, Y and Linke, J and Lipschultz, B and Loarte, A and Loesser, GD and Lowry, C and Luce, T and Lukash, V and Maruyama, S and Mattei, M and Menard, J and Merola, M and Mineev, A and Mitchell, N and Nardon, E and Nazikian, R and Nelson, B and Neumeyer, C and Park, JK and Pearce, R and Pitts, RA and Polevoi, A and Portone, A and Okabayashi, M and Rebut, PH and Riccardo, V and Roth, J and Sabbagh, S and Saibene, G and Sannazzaro, G and Schaffer, M and Shimada, M and Sen, A and Sips, A and Skinner, CH and Snyder, P and Stambaugh, R and Strait, E and Sugihara, M and Tsitrone, E and Urano, J and Valovic, M and Wade, M and Wesley, J and White, R and Whyte, DG and Wu, S and Wykes, M and Zakharov, L},
	doi = {10.1088/0029-5515/49/6/065012},
	journal-iso = {NUCL FUSION},
	journal = {NUCLEAR FUSION},
	volume = {49},
	unique-id = {2041514},
	issn = {0029-5515},
	year = {2009},
	eissn = {1741-4326}
}

@article{MTMT:2933105,
	title = {Overview of the Alcator C-Mod Research Program},
	url = {https://m2.mtmt.hu/api/publication/2933105},
	author = {Marmar, E and Bader, A and Bakhtiari, M and Barnard, H and Beck, W and Bespamyatnov, I and Binus, A and Bonoli, P and Bose, B and Bitter, M and Cziegler, I and Dekow, G and Dominguez, A and Duval, B and Edlund, E and Ernst, D and Ferrara, M and Fiore, C and Fredian, T and Graf, A and Granetz, R and Greenwald, M and Grulke, O and Gwinn, D and Harrison, S and Harvey, R and Hender, TC and Hosea, J and Hill, K and Howard, N and Howell, DF and Hubbard, A and Hughes, JW and Hutchinson, I and Ince-Cushman, A and Irby, J and Izzo, V and Kanojia, A and Kessel, C and Ko, JS and Koert, P and LaBombard, B and Lau, C and Lin, L and Lin, Y and Lipschultz, B and Liptac, J and Ma, Y and Marr, K and May, M and McDermott, R and Meneghini, O and Mikkelsen, D and Ochoukov, R and Parker, R and Phillips, CK and Phillips, P and Podpaly, Y and Porkoláb, Miklós and Reinke, M and Rice, J and Rowan, W and Scott, S and Schmidt, A and Sears, J and Shiraiwa, S and Sips, A and Smick, N and Snipes, J and Stillerman, J and Takase, Y and Terry, D and Terry, J and Tsujii, N and Valeo, E and Vieira, R and Wallace, G and Whyte, D and Wilson, JR and Wolfe, S and Wright, G and Wright, J and Wukitch, S and Wurden, G and Xu, P and Zhurovich, K and Zaks, J and Zweben, S},
	doi = {10.1088/0029-5515/49/10/104014},
	journal-iso = {NUCL FUSION},
	journal = {NUCLEAR FUSION},
	volume = {49},
	unique-id = {2933105},
	issn = {0029-5515},
	year = {2009},
	eissn = {1741-4326}
}

@article{MTMT:1451502,
	title = {Integrated modelling of ITER reference scenarios},
	url = {https://m2.mtmt.hu/api/publication/1451502},
	author = {Parail, V and Belo, P and Boerner, P and Bonnin, X and Corrigan, G and Coster, D and Ferreira, J and Foster, A and Garzotti, L and Hogeweij, GMD and Houlberg, W and Imbeaux, F and Johner, J and Kochl, F and Kotov, V and Lauro-Taroni, L and Litaudon, X and Lonnroth, J and Pereverzev, G and Peysson, Y and Saibene, G and Sartori, R and Schneider, M and Sips, G and Strand, P and Tardini, G and Valovic, M and Wiesen, S and Wischmeier, M and Zagorski, R and Anda, Gábor and Dunai, Dániel and Gál-Hobirk, Kinga Izabella and Kálvin, Sándor Csaba and Kocsis, Lajos Gábor and Petravich, Gábor Tamás and Szepesi, Tamás Zoltán and Zoletnik, Sándor},
	doi = {10.1088/0029-5515/49/7/075030},
	journal-iso = {NUCL FUSION},
	journal = {NUCLEAR FUSION},
	volume = {49},
	unique-id = {1451502},
	issn = {0029-5515},
	abstract = {The ITER Scenario Modelling Working Group (ISM WG) is organized within the European Task Force on Integrated Tokamak Modelling (ITM-TF). The main responsibility of the WG is to advance a pan-European approach to integrated predictive modelling of ITER plasmas with the emphasis on urgent issues, identified during the ITER Design Review. Three major topics are discussed, which are considered as urgent and where the WG has the best possible expertize. These are modelling of current profile control, modelling of density control and impurity control in ITER (the last two topics involve modelling of both core and SOL plasma). Different methods of heating and current drive are tested as controllers for the current profile tailoring during the current ramp-up in ITER. These include Ohmic, NBI, ECRH and LHCD methods. Simulation results elucidate the available operational margins and rank different methods according to their ability to meet different requirements. A range of 'ITER-relevant' plasmas from existing tokamaks were modelled. Simulations confirmed that the theory-based transport model, GLF23, reproduces the density profile reasonably well and can be used to assess ITER profiles with both pellet injection and gas puffing. In addition, simulations of the SOL plasma were launched using both H-mode and L-mode models for perpendicular transport within the edge barrier and in the SOL. Finally, an integrated approach was also used for the predictive modelling of impurity accumulation in ITER. This includes helium ash, extrinsic impurities (such as argon) and impurities coming from the wall (including tungsten). The relative importance of anomalous and neo-classical pinch contributions towards impurity penetration through the edge transport barrier and further accumulation in the core was assessed.},
	year = {2009},
	eissn = {1741-4326}
}

@article{MTMT:33117886,
	title = {Overview of JET results},
	url = {https://m2.mtmt.hu/api/publication/33117886},
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and Johnson, R. and Johnson, T. and Jolovic, D. and Jones, E.M. and Jones, G. and Jones, H.D. and Jones, T.T.C. and Jupén, C. and Kachtchouk, I. and Kaczmarczyk, J. and Källne, J. and Kalupin, D. and Kálvin, Sándor Csaba and Kamelander, G. and Kamendje, R. and Karttunen, S. and Katramados, I. and Kaufmann, M. and Kaveney, G. and Kaye, A.S. and Kear, M.J. and Keeling, D.L. and Kelliher, D. and Kidd, N.G. and King, R.F. and Kinna, D.J. and Kiptily, V. and Kirnev, G. and Kirneva, N. and Kirschner, A. and Kiss, G. and Kiviniemi, T. and Klein, A. and Knaup, M. and Kneuper, K. and Kneupner, H. and Knight, P.J. and Knipe, S.J. and Kocan, M. and Köchl, F. and Kocsis, Lajos Gábor and Konz, C. and Koppitz, T. and Korotkov, A. and Koslowski, H.R. and Kotov, V. and Kovari, M.D. and Kovarik, K. and Kramer, G. and Krasilnikov, A. and Krasilnikov, V. and Kreter, A. and Krieger, K. and Kritz, A. and Krivchenkov, Y. and Krychowiak, M. and Krylov, S. and Ksiazek, I. and Kubic, M. and Kuhn, S. and 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and Zabeo, L. and Zabolotsky, A. and Zagorski, R. and Zakharov, L. and Zanino, R. and Zaroschi, V. and Zastrow, K.D. and Zefran, B. and Zeidner, W. and Zerbini, M. and Zhu, Y. and Zimmermann, O. and Zoita, V. and Zoletnik, Sándor and Zwingman, W.},
	doi = {10.1088/0029-5515/49/10/104006},
	journal-iso = {NUCL FUSION},
	journal = {NUCLEAR FUSION},
	volume = {49},
	unique-id = {33117886},
	issn = {0029-5515},
	abstract = {Since the last IAEA conference, the scientific programme of JET has focused on the qualification of the integrated operating scenarios for ITER and on physics issues essential for the consolidation of design choices and the efficient exploitation of ITER. Particular attention has been given to the characterization of the edge plasma, pedestal energy and edge localized modes (ELMs), and their impact on plasma facing components (PFCs). Various ELM mitigation techniques have been assessed for all ITER operating scenarios using active methods such as resonant magnetic field perturbation, rapid variation of the radial field and pellet pacing. In particular, the amplitude and frequency of type I ELMs have been actively controlled over a wide parameter range (q(95) = 3-4.8, beta(N) <= 3.0) by adjusting the amplitude of the n = 1 external perturbation field induced by error field correction coils. The study of disruption induced heat loads on PFCs has taken advantage of a new wide-angle viewing infrared system and a fast bolometer to provide a detailed account of time, localization and form of the energy deposition. Specific ITER-relevant studies have used the unique JET capability of varying the toroidal field (TF) ripple from its normal low value delta(BT) = 0.08% up to delta(BT) = 1% to study the effect of TF ripple on high confinement-mode plasmas. The results suggest that delta(BT) < 0.5% is required on ITER to maintain adequate confinement to allow Q(DT) = 10 at full field. Physics issues of direct relevance to ITER include heat and toroidal momentum transport, with experiments using power modulation to decouple power input and torque to achieve first experimental evidence of inward momentum pinch in JET and determine the threshold for ion temperature gradient driven modes. Within the longer term JET programme in support of ITER, activities aiming at the modification of the JET first wall and divertor and the upgrade of the neutral beam and plasma control systems are being conducted. The procurement of all components will be completed by 2009 with the shutdown for the installation of the beryllium wall and tungsten divertor extending from summer 2009 to summer 2010.},
	year = {2009},
	eissn = {1741-4326}
}

@article{MTMT:2933104,
	title = {Lower hybrid heating and current drive on the Alcator C-Mod tokamak},
	url = {https://m2.mtmt.hu/api/publication/2933104},
	author = {Wilson, JR and Parker, R and Bitter, M and Bonoli, PT and Fiore, C and Harvey, RW and Hill, K and Hubbard, AE and Hughes, JW and Ince-Cushman, A and Kessel, C and Ko, JS and Meneghini, O and Phillips, CK and Porkoláb, Miklós and Rice, J and Schmidt, AE and Scott, S and Shiraiwa, S and Valeo, E and Wallace, G and Wright, JC},
	doi = {10.1088/0029-5515/49/11/115015},
	journal-iso = {NUCL FUSION},
	journal = {NUCLEAR FUSION},
	volume = {49},
	unique-id = {2933104},
	issn = {0029-5515},
	year = {2009},
	eissn = {1741-4326}
}

@article{MTMT:1312918,
	title = {Overview of ASDEX Upgrade results},
	url = {https://m2.mtmt.hu/api/publication/1312918},
	author = {Zohm, H and Adamek, J and Angioni, C and Antar, G and Atanasiu, CV and Balden, M and Becker, W and Behler, K and Behringer, K and Bergmann, A and Bertoncelli, T and Bilato, R and Bobkov, V and Boom, J and Bottino, A and Brambilla, M and Braun, F and Brudgam, M and Buhler, A and Chankin, A and Classen, I and Conway, GD and Coster, DP and de Marne, P and D, Inca R and Drube, R and Dux, R and Eich, T and Engelhardt, K and Esposito, B and Fahrbach, HU and Fattorini, L and Fink, J and Fischer, R and Flaws, A and Foley, M and Forest, C and Fuchs, JC and Gál-Hobirk, Kinga Izabella and Munoz, MG and Adamov, MG and Giannone, L and Gorler, T and Gori, S and da Graca, S and Granucci, G and Greuner, H and Gruber, O and Gude, A and Gunter, S and Haas, G and Hahn, D and Harhausen, J and Hauff, T and Heinemann, B and Herrmann, A and Hicks, N and Hobirk, J and Holzl, M and Holtum, D and Hopf, C and Horton, L and Huart, M and Igochine, V and Janzer, M and Jenko, F and Kallenbach, A and Kálvin, Sándor Csaba and Kardaun, O and Kaufmann, M and Kick, M and Kirk, A and Klingshirn, HJ and Koscis, G and Kollotzek, H and Konz, C and Krieger, K and Kurki-Suonio, T and Kurzan, B and Lackner, K and Lang, PT and Langer, B and Lauber, P and Laux, M and Leuterer, F and Likonen, J and Liu, L and Lohs, A and Lunt, T and Lyssoivan, A and Maggi, CF and Manini, A and Mank, K and Manso, ME and Mantsinen, M and Maraschek, M and Martin, P and Mayer, M and McCarthy, P and McCormick, K and Meister, H and Meo, F and Merkel, P and Merkel, R and Mertens, V and Merz, F and Meyer, H and Mlynek, A and Monaco, F and Muller, HW and Munich, M and Murmann, H and Neu, G and Neu, R and Neuhauser, J and Nold, B and Noterdaeme, JM and Pautasso, G and Pereverzev, G and Poli, E and Potzel, S and Puschel, M and Putterich, T and Pugno, R and Raupp, G and Reich, M and Reiter, B and Ribeiro, T and Riedl, R and Rohde, V and Roth, J and Rott, M and Ryter, F and Sandmann, W and Santos, J and Sassenberg, K and Sauter, P and Scarabosio, A and Schall, G and Schilling, HB and Schirmer, J and Schmid, A and Schmid, K and Schneider, W and Schramm, G and Schrittwieser, R and Schustereder, W and Schweinzer, J and Schweizer, S and Scott, B and Seidel, U and Sempf, M and Serra, F and Sertoli, M and Siccinio, M and Sigalov, A and Silva, A and Sips, CC and Speth, E and Stabler, A and Stadler, R and Steuer, KH and Stober, J and Streibl, B and Strumberger, E and Suttrop, W and Tardini, G and Tichmann, C and Treutterer, W and Troster, C and Urso, L and Vainonen-Ahlgren, E and Varela, P and Vermare, L and Volpe, F and Wagner, D and Wigger, C and Wischmeier, M and Wolfrum, E and Wursching, E and Yadikin, D and Yu, Q and Zasche, D and Zehetbauer, T and Zilker, M},
	doi = {10.1088/0029-5515/49/10/104009},
	journal-iso = {NUCL FUSION},
	journal = {NUCLEAR FUSION},
	volume = {49},
	unique-id = {1312918},
	issn = {0029-5515},
	abstract = {ASDEX Upgrade was operated with a fully W-covered wall in 2007 
		and 2008. Stationary H-modes at the ITER target values and 
		improved H-modes with H up to 1.2 were run without any 
		boronization. The boundary conditions set by the full W wall 
		(high enough ELM frequency, high enough central heating and low 
		enough power density arriving at the target plates) require 
		significant scenario development, but will apply to ITER as 
		well. D retention has been reduced and stationary operation with 
		saturated wall conditions has been found. Concerning 
		confinement, impurity ion transport across the pedestal is 
		neoclassical, explaining the strong inward pinch of high-Z 
		impurities in between ELMs. In improved H-mode, the width of the 
		temperature pedestal increases with heating power, consistent 
		with a beta(1/2)(pol,ped) scaling. In the area of MHD 
		instabilities, disruption mitigation experiments using massive 
		Ne injection reach volume averaged values of the total electron 
		density close to those required for runaway suppression in ITER. 
		ECRH at the q = 2 surface was successfully applied to delay 
		density limit disruptions. The characterization of fast particle 
		losses due to MHD has shown the importance of different loss 
		mechanisms for NTMs, TAEs and also beta-induced Alfven 
		eigenmodes (BAEs). Specific studies addressing the first ITER 
		operational phase show that O1 ECRH at the HFS assists reliable 
		low-voltage breakdown. During ramp-up, additional heating can be 
		used to vary l(i) to fit within the ITER range. Confinement and 
		power threshold in He are more favourable than in H, suggesting 
		that He operation could allow us to assess H-mode operation in 
		the non-nuclear phase of ITER operation.},
	year = {2009},
	eissn = {1741-4326}
}