Abstracts
Name Topical Area Callen, J. 3D/RMP Effects on Confinement/Turbulence/E.P. Cui, L. 3D/RMP Effects on Confinement/Turbulence/E.P. Leconte, M. 3D/RMP Effects on Confinement/Turbulence/E.P. Mordijck, S. 3D/RMP Effects on Confinement/Turbulence/E.P. Moyer, R. 3D/RMP Effects on Confinement/Turbulence/E.P. Spong, D. 3D/RMP Effects on Confinement/Turbulence/E.P. Joseph, I. Advanced divertors Rognlien, T. Advanced divertors Antar, G. Alternatives to H-mode Walk, J. Alternatives to H-mode Austin, M. Core/edge/SOL/wall integration Bass, E. Core/edge/SOL/wall integration Brunner, D. Core/edge/SOL/wall integration Churchill, R.M. Core/edge/SOL/wall integration Diamond, P. Core/edge/SOL/wall integration Gentle, K. Core/edge/SOL/wall integration Guo, Z. Core/edge/SOL/wall integration Holland, C. Core/edge/SOL/wall integration Holod, I. Core/edge/SOL/wall integration Koskela, T. Core/edge/SOL/wall integration Ku, S.H. Core/edge/SOL/wall integration Lang, J. Core/edge/SOL/wall integration Liao, K. Core/edge/SOL/wall integration Meneghini, O. Core/edge/SOL/wall integration Myra, J. Core/edge/SOL/wall integration Orlov, D.M. Core/edge/SOL/wall integration Pueschel, M. Core/edge/SOL/wall integration Russell, D. Core/edge/SOL/wall integration Stacey, W. Core/edge/SOL/wall integration Tala, T. Core/edge/SOL/wall integration Tang, X. Core/edge/SOL/wall integration Terry, P. Core/edge/SOL/wall integration Umansky, M. Core/edge/SOL/wall integration Wilks, T. Core/edge/SOL/wall integration Xia, T. Core/edge/SOL/wall integration Yan, Z. Core/edge/SOL/wall integration Zweben, S. Core/edge/SOL/wall integration Bass, E. Effects of energetic particles on core confinement Capecchi, W. Effects of energetic particles on core confinement Doerk, H. Effects of energetic particles on core confinement Gorelenkov, N. Effects of energetic particles on core confinement Podesta, M. Effects of energetic particles on core confinement Smith, S. Effects of energetic particles on core confinement Marinoni, A. High beta steady state operation Xu, G. High beta steady state operation Chilenski, M. Impurity transport Ennever, P. Impurity transport Gao, C. Impurity transport Gosselin, J. Impurity transport Kotschenreuther, M. Impurity transport Mantica, P. Impurity transport Mollén, A. Impurity transport Rice, J. Impurity transport Rowan, W. Impurity transport Sarazin, Y. Impurity transport Davis, E. Multi-scale/multi-channel integration Ernst, D. Multi-scale/multi-channel integration Gurcan, O. Multi-scale/multi-channel integration Guttenfelder, W. Multi-scale/multi-channel integration Hennequin, P. Multi-scale/multi-channel integration Howard, N.T. Multi-scale/multi-channel integration Janhunen, J. Multi-scale/multi-channel integration Kaye, S. Multi-scale/multi-channel integration McKee, G. Multi-scale/multi-channel integration Ren, Y. Multi-scale/multi-channel integration Singh, R. Multi-scale/multi-channel integration Sun, P. Multi-scale/multi-channel integration Wang, W. Multi-scale/multi-channel integration Ashourvan, A. Turbulence/neo-classical/MHD integration Callen, J. Turbulence/neo-classical/MHD integration Thakur, S.C. Turbulence/neo-classical/MHD integration Chang, C.S. Turbulence/neo-classical/MHD integration Chowdhury, J. Turbulence/neo-classical/MHD integration Coda, S. Turbulence/neo-classical/MHD integration Creely, A. Turbulence/neo-classical/MHD integration Duff, J. Turbulence/neo-classical/MHD integration Grierson, B. Turbulence/neo-classical/MHD integration Houshmandyar, S. Turbulence/neo-classical/MHD integration Hsu, P.C. Turbulence/neo-classical/MHD integration Kritz, A. Turbulence/neo-classical/MHD integration Kwak, D. Turbulence/neo-classical/MHD integration Lin, Z. Turbulence/neo-classical/MHD integration Lu, Z. Turbulence/neo-classical/MHD integration McDevitt, C. Turbulence/neo-classical/MHD integration Oberparleiter, M. Turbulence/neo-classical/MHD integration Ogata, D. Turbulence/neo-classical/MHD integration Pusztai, I. Turbulence/neo-classical/MHD integration Rossi, G. Turbulence/neo-classical/MHD integration Ruiz-Ruiz, J. Turbulence/neo-classical/MHD integration Schmid, B. Turbulence/neo-classical/MHD integration Vaezi, P. Turbulence/neo-classical/MHD integration Whelan, G. Turbulence/neo-classical/MHD integration Williams, Z. Turbulence/neo-classical/MHD integration Xu, X. Turbulence/neo-classical/MHD integration Zhao, Y. Turbulence/neo-classical/MHD integration Bokshi, A. Understanding H- and I-mode pedestals Burrell, K. Understanding H- and I-mode pedestals Hager, R. Understanding H- and I-mode pedestals Happel, T. Understanding H- and I-mode pedestals Hatch, D. Understanding H- and I-mode pedestals Kong, D. Understanding H- and I-mode pedestals Liu, Z. Understanding H- and I-mode pedestals Manz, P. Understanding H- and I-mode pedestals Newman, D. Understanding H- and I-mode pedestals Pankin, A. Understanding H- and I-mode pedestals Parker, S. Understanding H- and I-mode pedestals Rost, J. Understanding H- and I-mode pedestals Smith, D. Understanding H- and I-mode pedestals Snyder, P. Understanding H- and I-mode pedestals Bourdelle, C. Understanding the H-mode power threshold minimum Cziegler, I. Understanding the H-mode power threshold minimum Hughes, J.W. Understanding the H-mode power threshold minimum Malkov, M. Understanding the H-mode power threshold minimum Schmitz, L. Understanding the H-mode power threshold minimum Staebler, G. Understanding the H-mode power threshold minimum Thome, K. Understanding the H-mode power threshold minimum
2015 US/EU Transport Task Force Workshop - Salem, MA
List of Abstracts