Name Organization Topical Area Abstract Student: Yes/No
Boguski University of Wisconsin 3D effects Boguski_TTF-2016.pdf Yes
Sung UCLA 3D effects Sung_TTF-2016.pdf No
Chakraborty Thakur University of California San Diego Basic plasma devices CThakur_TTF-2016.pdf No
Hong University of California, San Diego Basic plasma devices Hong_TTF-2016.pdf Yes
Rossi University of California at Los Angeles Basic plasma devices Rossi_TTF-2016.pdf Yes
Rowan Institute for Fusion Studies, University of Texas at Austin Basic plasma devices Rowan_TTF-2016.pdf No
Ogata University of Alaska Fairbanks Beyond the diffusion/convection paradigm Ogata_TTF-2016.pdf Yes
Ishizawa Kyoto University Controlling transport through q profiles Ishizawa_TTF-2016.pdf No
Li UCSD Controlling transport through q profiles LiJ_TTF-2016.pdf Yes
Pan Institute of Plasma Physics, Chinese Academy of Sciences Controlling transport through q profiles PanCK_TTF-2016.pdf No
Rice PSFC MIT Controlling transport through q profiles Rice_TTF-2016.pdf No
Turco Columbia University Controlling transport through q profiles Turco_TTF-2016.pdf No
Terry University of Wisconsin-Madison Effects of magnetic islands on turbulence and transport TerryP_TTF-2016.pdf No
Williams University of Wisconsin-Madison Effects of magnetic islands on turbulence and transport Williams_TTF-2016.pdf Yes
Ashourvan UCSD EP/turbulence/modeling Ashourvan_TTF-2016.pdf No
Chen University of Colorado at Boulder EP/turbulence/modeling ChenY_TTF-2016.pdf No
Chowdhury Department of Physics, University of Colorado, Boulder EP/turbulence/modeling Chowdhury_TTF-2016.pdf No
Cohen, R. CompX EP/turbulence/modeling CohenR_TTF-2016.pdf No
Hajjar University of California at San Diego EP/turbulence/modeling Hajjar_TTF-2016.pdf Yes
Liao Institute for Fusion Studies, Univ of Texas at Austin EP/turbulence/modeling Liao_TTF-2016.pdf No
LIU Peking University EP/turbulence/modeling Liu_TTF-2016.pdf Yes
Luda di Cortemiglia Politecnico di Torino EP/turbulence/modeling Luda_TTF-2016.pdf Yes
Panta UNIVERSITY OF ALASKA, FAIRBANKS EP/turbulence/modeling Panta_TTF-2016.pdf Yes
Podesta PPPL

EP/turbulence/modeling

Podesta_TTF-2016.pdf No
Qiu Zhejiang University EP/turbulence/modeling Qiu_TTF-2016.pdf No
Ren PPPL EP/turbulence/modeling RenY_TTF-2016.pdf No
Vaezi UC San Diego EP/turbulence/modeling Vaezi_TTF-2016.pdf Yes
Waltz General Atomics EP/turbulence/modeling Waltz_TTF-2016.pdf No
Bravenec Fourth State Research High performance scenarii Bravenec_TTF-2016.pdf No
Mordijck The college of William and Mary High performance scenarii Mordijck_TTF-2016.pdf No
Rost MIT PSFC High performance scenarii Rost_TTF-2016.pdf No
Umansky LLNL Innovative divertors Umansky_TTF-2016.pdf No
Barada UCLA L-H and L-I transition dynamics Barada_TTF-2016.pdf No
Burrell General Atomics L-H and L-I transition dynamics Burrell_TTF-2016.pdf No
Creely MIT PSFC L-H and L-I transition dynamics Creely_TTF-2016.pdf Yes
Cziegler UCSD L-H and L-I transition dynamics Cziegler_TTF-2016.pdf No
Hubbard MIT-PSFC L-H and L-I transition dynamics Hubbard_TTF-2016.pdf No
Ku Princeton Plasma Physics Laboratory L-H and L-I transition dynamics Ku_TTF-2016.pdf No
Malkov UCSD L-H and L-I transition dynamics Malkov_TTF-2016.pdf No
Marinoni MIT L-H and L-I transition dynamics Marinoni_TTF-2016.pdf No
Newman Univ. of Alaska Fairbanks L-H and L-I transition dynamics Newman_TTF-2016.pdf No
Schmitz UCLA L-H and L-I transition dynamics Schmitz_TTF-2016.pdf No
Zweben PPPL L-H and L-I transition dynamics Zweben_TTF-2016.pdf No
Cziegler UCSD L-H and L-I transition dynamics Cziegler_TTF-2016.pdf No
Cao MIT PSFC Multi-channel integration Cao_TTF-2016.pdf Yes
Churchill PPPL Multi-channel integration Churchill_TTF-2016.pdf No
Chrystal ORAU Multi-channel integration Chrystal_TTF-2016.pdf No
         
Guttenfelder PPPL Multi-channel integration Guttenfelder_TTF-2016.pdf No
Haskey Princeton Plasma Physics Laboratory Multi-channel integration Haskey_TTF-2016.pdf No
Rodriguez Fernandez MIT Multi-channel integration Rodriguez-Fernandez_TTF-2016.pdf Yes
Smith General Atomics Multi-channel integration Smith_TTF-2016.pdf No
Ennever MIT PSFC Multi-scale integration (ETG interactions with ITG/TEM) Ennever_TTF-2016.pdf No
Grierson PPPL Multi-scale integration (ETG interactions with ITG/TEM) Grierson_TTF-2016.pdf No
Guo UCSD Multi-scale integration (ETG interactions with ITG/TEM) Guo_TTF-2016.pdf No
Howard MIT - PSFC Multi-scale integration (ETG interactions with ITG/TEM) Howard_TTF-2016.pdf No
Ruiz Ruiz MIT-PSFC Multi-scale integration (ETG interactions with ITG/TEM) Ruiz-Ruiz_TTF-2016.pdf Yes
Staebler General Atomics Multi-scale integration (ETG interactions with ITG/TEM) Staebler_TTF-2016.pdf No
Hager PPPL 'No Man's Land' in codes (between core and pedestal) Hager_TTF-2016.pdf No
Meneghini General Atomics 'No Man's Land' in codes (between core and pedestal) Meneghini_TTF-2016.pdf No
Poli PPPL 'No Man's Land' in codes (between core and pedestal) Poli_TTF-2016.pdf No
Wang College of William and Mary 'No Man's Land' in codes (between core and pedestal) WanWeigang_TTF-2016.pdf Yes
Canik ORNL Non-linear pedestal turbulence Canik_TTF-2016.pdf No
Chen University of California Davis Non-linear pedestal turbulence ChenM_TTF-2016.pdf Yes
Gao Institute of Plasma Physics, Chinese Academy of Sciences Non-linear pedestal turbulence GaoX_TTF-2016.pdf No
King Tech-X Corporation Non-linear pedestal turbulence King_TTF-2016.pdf No
Kotschenreuther University of Texas Non-linear pedestal turbulence Kotschenreuther_TTF-2016.pdf No
Kubota UCLA Non-linear pedestal turbulence Kubota_TTF-2016.pdf No
Pueschel University of Wisconsin-Madison Non-linear pedestal turbulence Pueschel_TTF-2016.pdf No
Wan University of Colorado Non-linear pedestal turbulence Wan_TTF-2016.pdf No
Xu Lawrence Livermore National Laboratory Non-linear pedestal turbulence XuXQ_TTF2016.pdf No
Snyder General Atomics Plan/design/predict Snyder_TTF-2016.pdf No
Wang PPPL Plan/design/predict Wang-X_TTF-2016.pdf No
White MIT Plan/design/predict White_TTF-2016.pdf No
Duff University of Wisconsin - Madison Turbulence/neo-classical/MHD ​integration Duff_TTF-2016.pdf Yes
Faber University of Wisconsin-Madison Turbulence/neo-classical/MHD ​integration Faber_TTF-2016.pdf Yes
Fan UC San Diego Turbulence/neo-classical/MHD ​integration Fan_TTF-2016.pdf Yes
Houshmandyar Institute for Fusion Studies, The University of Texas at Austin Turbulence/neo-classical/MHD ​integration Houshmandyar_TTF-2016.pdf No
McDevitt LANL Turbulence/neo-classical/MHD ​integration Mcdevitt_TTF-2016.pdf No
Whelan UW-Madison Turbulence/neo-classical/MHD ​integration Whelan_TTF-2016.pdf Yes
Zhu Dartmouth College Turbulence/neo-classical/MHD ​integration Zhu_TTF-2016.pdf Yes
Chang PPPL Understanding the SOL heat flux width Chang_TTF-2016.pdf No
Cohen Lawrence Livermore National Laboratory Understanding the SOL heat flux width Cohen_TTF-2016.pdf No
Gray ORNL Understanding the SOL heat flux width Gray_TTF-2016.pdf No
Joseph Lawrence Livermore National Lab Understanding the SOL heat flux width Joseph_TTF-2016.pdf No
Myra Lodestar Understanding the SOL heat flux width Myra_TTF-2016.pdf No
Pankin Tech-X Corporation Understanding the SOL heat flux width Pankin_TTF-2016.pdf No
Russell Lodestar Understanding the SOL heat flux width Russell_TTF-2016.pdf No
Tang Lawrence Livermore National Laboratory Understanding the SOL heat flux width Tang_TTF-2016.pdf Yes