David Hatch
机构: Institute for Fusion Studies, University of Texas at Austin
每年引用次数
引用次数
引用: 3,820
H-指数: 36
I10-指数 : 78
出版物: 239
Subdominant modes in zonal-flow-regulated turbulence.
K. D. Makwana , P. W. Terry , M. J. Pueschel , D. R. Hatch
Physical Review Letters 112 ( 9) 095002 -095002
27
2014
Stellarator Turbulence: Subdominant Eigenmodes and Quasilinear Modeling
M. J. Pueschel , B. J. Faber , J. Citrin , C. C. Hegna
Physical Review Letters 116 ( 8) 085001 -085001
27
2016
Overview of the JET results in support to ITER
HJ Ag , D Ap , F Bdcf , M Ak
Nuclear Fusion 57 ( 10) 102001 -102001
122
2017
Gyrokinetic analysis of pedestal transport
Mike Kotschenreuther , X Liu , DR Hatch , LJ Zheng
APS Division of Plasma Physics Meeting Abstracts 2017
2017
Nonlinear Coupling between Zonal Modes and Damped Modes
Paul Terry , David Hatch , Kirit Makwana , Juhyung Kim
Bulletin of the American Physical Society 52
2010
Gyrokinetic Simulations of JET Carbon and ITER-Like Wall Pedestals
David Hatch , Mike Kotschenreuther , Swadesh Mahajan , Xing Liu
APS 2017
2017
Investigation of Finite Amplitude Growth Rates in Microturbulence Simulations
Varun Tangri , Paul Terry , David Hatch , Bill Nevins
APS 50
2008
Subdominant Stable Eigenmodes in Plasma Microturbulenc
David Hatch
APS 52
2010
Electron temperature gradient undulations and transport induced by modulated NBI in DIII-D
David Hatch , Bingzhe Zhao , Max Austin
APS 2019
2019
Comparing Gyrokinetic Simulation Results and Linear Gyrofluid Closures to Develop Robust Closures
Vasil Bratanov , David Hatch , Akash Shukla
APS Division of Plasma Physics Meeting Abstracts 2018
2018
An integral transform technique for gyrokinetics
Philip Morrison , David Hatch , Jeffrey Heninger
APS Division of Plasma Physics Meeting Abstracts 2018
2018
Understanding pedestal transport through gyrokinetic and edge modeling
David Hatch
APS Division of Plasma Physics Meeting Abstracts 2020
2020
DEM sourcing guidelines for computing 1 Eö accurate terrain corrections for airborne gravity gradiometry
Maria Annecchione , David Hatch , Shane W. Hefford
Journal of Applied Geophysics 136 335 -342
2017
Aspects of linear Landau damping in discretized systems
Vasil Bratanov , Frank Jenko , David Hatch , Stephan Brunner
Physics of Plasmas 20 ( 2) 022108
21
2013
Transition from weak to strong turbulence in magnetized plasmas
Vasil Bratanov , Swadesh Mahajan , David Hatch
New Journal of Physics 21 ( 4) 043046
2019
Role of the separatrix density in the pedestal performance in deuterium low triangularity JET-ILW plasmas and comparison with JET-C
Lorenzo Frassinetti , C Perez Von Thun , B Chapman , A Fil
Nuclear Fusion 61 ( 12) 126054
21
2021
Fusion Energy Sciences Exascale Requirements Review. An Office of Science review sponsored jointly by Advanced Scientific Computing Research and Fusion Energy Sciences, January 27-29, 2016, Gaithersburg, Maryland
Choong-Seock Chang , Martin Greenwald , Katherine Riley , Katie Antypas
USDOE Office of Science (SC), Washington, DC (United States). Offices of Advanced Scientific Computing Research and Fusion Energy Sciences
7
2017
Data-enabled Fusion Technology (DeFT): Machine Learning Tools in the Ousai Platform
Craig Michoski , David Hatch , Todd Oliver , Dongyang Kuang
APS Division of Plasma Physics Meeting Abstracts 2021 TM10. 007 -TM10. 007
2021
Comparison of KBM stabilization by shaping effects at NSTX and conventional aspect ratios
Amil Sharma , Michael Cole , Yang Chen , David Hatch
APS Division of Plasma Physics Meeting Abstracts 2021 BP11. 029 -BP11. 029
2021
Understanding pedestal transport via combined gyrokinetic and edge modeling
David Hatch , M Kotschenreuther , S Mahajan , M Halfmoon
APS Division of Plasma Physics Meeting Abstracts 2019 GP10. 059 -GP10. 059
2019