Here is the list of abstracts and uploaded presentations.
| Author |
Title |
Files |
Organization |
| Rafiq, Tariq |
Microtearing Modes in Low Collisionality NSTX Discharges* |
[none] |
Lehigh University |
| Abel, Ian G |
On the Forced Motion of Field Lines in a Resistive Plasma |
[none] |
University of Maryland |
| Adair, Brett L. |
A Collocation Approach for Collisional Effects in Drift Kinetics* |
[none] |
Utah State University |
| Akcay, Cihan |
Nonlinear simulations of locking for finite β and favorable average curvature |
1 |
Tibbar Plasma Technologies Incorporated |
| Bao, Jian |
Nonlinear saturation of toroidal Alfven eigenmode by zonal fields in DIII-D plasmas |
1 |
University of California Irvine |
| Barnes, Daniel C |
Evolving background delta-f method |
1 |
Coronado Consulting |
| Barnes, Michael |
Stellarator micro-stability at low collisionalities |
[none] |
University of Oxford |
| Barnett, Rhea L |
A 1D coupled RF / transport model for ponderomotive density modification of the SOL near high power RF actuators.* |
[none] |
University of Newcastle and Oak Ridge National Lab |
| Basu, Bamandas |
Novel Mode-Particle Resonances for Ballooning Modes in Fusion Reacting Plasmas* |
1 |
MIT |
| Bechtel, Torrin A |
High-beta Stellarator Equilibrium with Finite Parallel Transport |
[none] |
University of Wisconsin - Madison |
| Beeke, Oliver |
Effect of shaping on turbulent transport in JT-60SA |
[none] |
University of Oxford |
| Belova, Elena V |
Simulation study of energetic ion confinement in FRC |
[none] |
PPPL |
| Bender, Carl M. |
PT symmetry: Physics in the complex domain |
[none] |
Washington University in St. Louis |
| Bernard, Tess N. |
Gyrokinetic continuum simulations of plasma turbulence in the Texas Helimak |
[none] |
Univ of Texas, Austin |
| Boozer, Allen H |
Fast Magnetic Reconnection and the Ideal Evolution of a Magnetic Field |
1 |
Columbia University |
| Brennan, Dylan P. |
Rotation and beta dependence of numerical two fluid layer stability limits in tokamaks |
1 |
Princeton University / PPPL |
| Brizard, Alain J |
Symplectic gyrokinetic Vlasov-Maxwell theory |
[none] |
Saint Michael's College |
| Brochard, Guillaume R. |
Linear and non-linear study of the n = m = 1 alpha particles induced fishbone MHD mode |
1 |
CEA Cadarache, IRFM |
| Bunkers, Kyle J. |
Investigation of the Effects of the Magnetic Presheath and Braginskii Thermal Conduction on VDEs* |
[none] |
University of Wisconsin-Madison |
| Burby, Joshua W |
Loop space integrator for guiding center simulations |
[none] |
Los Alamos National Laboratory |
| Camilo de Souza, Fabio |
Kinetic Effects on Adiabatic Index via Geodesic Acoustic Continuum Calculations |
[none] |
Princeton Plasma Physics Laboratory, USA / Univers |
| Campanell, Michael D |
Cooling the Target Plasma to a Sub-eV Detachment Temperature Using Thermionic Electrons |
[none] |
Lawrence Livermore National Laboratory |
| Cardinali, A |
Maxwell Equations and Helmholtz Decomposition Theorem for high frequency wave in magnetized plasmas |
[none] |
ENEA CR Frascati |
| Chacon, Luis |
Moment-accelerated, Fully Implicit, Conservative, Electromagnetic Multidimensional Particle-In-Cell Algorithms on Curvilinear Meshes with Realistic Boundaries |
[none] |
Los Alamos National Laboratory |
| Chen, Yang |
Nonlinear damping of Reverse Shear Alfven Eigenmodes induced by electron streaming along the perturbed field line |
1 |
University of Colorado at Boulder |
| Chen, Guangye |
A machine-learning checkpoint/restart algorithm for particle-in-cell simulations |
[none] |
Los Alamos National Laboratory |
| Cheng, C. Z. |
Theory of Alfven-Sound Frequency Gaps and Discovery of Alfven-Sound Eigenmodes in Tokamaks |
[none] |
Lehigh University |
| Christen, Nicolas |
Simulating background toroidal flow shear with the local gyrokinetic code GS2 |
[none] |
University of Oxford |
| Cianciosa, M |
Performance Optimization and GPU Implementation of KORC |
[none] |
Oak Ridge National Laboratory |
| Clauser, Cesar F. |
Simulations of Vertical Displacement Events in ITER using the M3DC1 code |
[none] |
Princeton Plasma Physics Laboratory |
| Cole, Michael D |
Global simulations of ion temperature gradient driven modes in Wendelstein 7-X with the gyrokinetic code XGC |
[none] |
Princeton Plasma Physics Lab |
| Coppi, Bruno |
Magneto-thermal Reconnection Processes and Tridimensional Ignition* |
1 |
MIT |
| Cornille, Brian S |
A Comparison of Galerkin and First Order System Least Squares Finite Element Formulations of Electron Magnetohydrodynamics |
[none] |
University of Wisconsin-Madison |
| Cote, Tyler B |
Using PB3D to model peeling-ballooning stability in 3D pedestals |
[none] |
University of Wisconsin-Madison |
| Daniel, Don |
A fully implicit, 0D2P, scalable, nonlinear, conservative, relativistic, Fokker-Planck solver for runaway electrons |
[none] |
Los Alamos National Laboratory |
| De Pascuale, Sebastian |
Leveraging Reduced-Order Models of Simulation Data |
[none] |
Oak Ridge National Laboratory |
| del-Castillo-Negrete, Diego |
Gyro-averaged effects on ExB weak turbulence transport |
[none] |
Oak Ridge National Laboratory |
| DENG, GUOZHONG |
Experimental and modeling study of divertor particle flux width on EAST |
1 |
Lawrence Livermore National Laboratory |
| DEWAR, Robert L. |
Variational Formulations of Relaxed Fluid Dynamics and Relaxed MHD with time-varying boundaries |
[none] |
The Australian National University |
| Dimits, Andris |
Including RF Antenna Effects in Scrape-Off-Layer-Turbulence Simulations |
1 |
Lawrence Livermore National Laboratory |
| Dodin, Ilya Y. |
Mode-converting wave beams can be simulated without full-wave codes |
[none] |
PPPL |
| Dominski, Julien |
Large amplitude high-Z impurity asymmetries in total-f neoclassical gyrokinetic simulations with XGCa |
[none] |
Princeton Plasma Physics Laboratory |
| DONG, GE |
Nonlinear dynamics of the Kinetic Ballooning Modes |
[none] |
Princeton Plasma Physics Laboratory |
| Dorf, Mikhail |
Testing and plans for the 5D continuum gyrokinetic code COGENT |
[none] |
LLNL |
| Duarte, Vinicius N |
Verifying reduced quasilinear models for fast ion relaxation |
[none] |
PPPL |
| Ebrahimi, Fatima |
3-D reconnecting current-sheet instability during transient events in tokamaks |
[none] |
PPPL-Princeton University |
| Engel, Alexander G. |
Applying Quantum Computation to Classical Plasma Simulation |
[none] |
University of Colorado |
| Ernst, Darin R |
New Mechanisms for Improved Confinement with Isotopic Mass |
1 |
Massachusetts Institute of Technology |
| Faber, Benjamin J |
RoleRole of geometry on nonlinear energy transfer in optimized stellarators |
[none] |
University of Wisconsin-Madison |
| Faelli, Gilberto |
Renovatio Memoriae and Damnation Memoriae: Signs of Solid Standing of the Compact High Field Machine Approach for Fusion* |
1 |
CNR (Italy) |
| Fan, Peifeng |
General field theory and weak Euler-Lagrange equation for classical particle-field systems in plasma physics |
1 |
Princeton Plasma Physics Laboratory |
| Fan, Xiang |
Spontaneous Transport Barriers Quench Turbulent Resistivity in 2D MHD |
[none] |
UCSD |
| Ferraro, Nate M |
Simulations of Fast Thermal Quench Using Two-Temperature Model |
[none] |
PPPL |
| Finn, John M. |
Degenerate variational integrators with improved accuracy |
[none] |
Tibbar Plasma Technologies, LLC |
| Fitzpatrick, Richard |
Two-Fluid Nonlinear Theory of Response of Tokamak Plasma to Resonant Magnetic Perturbation |
[none] |
IFS, University of Texas at Austin |
| Fontanilla, Adrian K |
Heating and Ablation of High-Z Pellets in High-Temperature Plasmas |
[none] |
University of Texas at Austin |
| Francisquez, Manaure |
Nonlinear model-Fokker-Planck collisions in full-f discontinuous Galerkin kinetics |
1 |
MIT Plasma Science and Fusion Center |
| Fraser, Adrian E. |
Role of Stable Modes in the Saturation and Transport Properties of Shear Flow Turbulence |
[none] |
University of Wisconsin-Madison |
| Garcia, Jeronimo |
New theoretical insights on the role of ion isotope on transport and turbulence |
[none] |
CEA |
| Garland, Nathan A |
The influence of toroidicity and partially ionized atomic impurities on runaway electron avalanche in tokamak plasmas |
1 |
Los Alamos National Laboratory |
| Gatto, Renato |
Fusion Burning in Magnetically Confined Toroidal Plasmas* |
1 |
Uniroma1 (Italy) |
| Gaur, Rahul |
Gyrokinetic and Ballooning analysis of high beta ITER equilibria |
[none] |
IREAP, University of Maryland |
| Geraldini, Alessandro |
Kinetic model of grazing-angle magnetic presheaths |
[none] |
University of Maryland, College Park |
| Gianesini Odu, Andre |
High-Order Accurate Minimally-Dissipative Conservative Finite Difference Methods for 2D+2V Vlasov Simulation |
[none] |
Rensselaer Polytechnic Institute |
| Glasser, Alan H. |
Resistive Tearing Layer Matching Conditions, Revisited |
1 |
FTCI |
| Glasser, Alexander S. |
Toward plasma simulations with exact conservation of energy, momentum and charge |
[none] |
Princeton University |
| Gorelenkov, Nikolai N. |
Nonperturbative simulations of fishbone and kink mode instabilities in ITER |
[none] |
PPPL, Princeton University |
| Grafov, Anna |
Chaotic transitions in the ITG-zonal flow system |
[none] |
University of Maryland |
| Green, David L |
An Adaptive Sparse Grid Discretization for High Dimensional Advection Diffusion Problems |
[none] |
Oak Ridge National Laboratory |
| Guazzotto, Luca |
Effect of Two-Fluid Equilibrium Flow on Tearing Linear Stability |
1 |
Auburn University |
| Gupta, U. |
Numerical Investigation of Quasi-Single Helicity in RFPs with the NIMROD Code* |
[none] |
University of Wisconsin-Madison |
| Guttenfelder, Walter |
Predictions of electron scale pedestal turbulence in DIII-D ELMy H-modes |
[none] |
PPPL |
| Hager, Robert |
Understanding the RMP-driven density and heat transport in tokamak edge plasma from advanced coupled gyrokinetic-MHD study with XGC and M3D-C1 |
[none] |
Princeton Plasma Physics Laboratory |
| Hakim, Ammar H |
(Gyro)kinetic simulations of turbulence, shocks and sheaths |
[none] |
PPPL |
| Halpern, Federico D |
The anti-symmetry approach to plasma fluid simulations |
[none] |
General Atomics |
| Hammett, Gregory W |
Gyrokinetic turbulence simulations of an NSTX SOL with model geometry, and exponential reconstructions and positivity for discontinuous Galerkin algorithms |
[none] |
Princeton Plasma Physics Laboratory |
| Hansen, Chris |
Reconstruction of plasma equilibrium and eddy current induced error fields in the Lithium Tokamak eXperiment-β |
[none] |
University of Washington |
| Hardman, Michael R. |
Cross Scale Interaction Mechanisms in Coupled Electron and Ion Scale Turbulence |
[none] |
University of Oxford |
| Hassam, Adil |
Multiscale structures and noise in magnetized plasmas line-tied at conducting surfaces |
[none] |
Univ of Maryland |
| Hatch, David R |
Understanding pedestal transport via combined gyrokinetic and edge modeling: the FY19 Theory Performance Target |
[none] |
University of Texas at Austin |
| Hegna, C C |
Progress in Turbulent Transport Optimization in Stellarators |
[none] |
University of Wisconsin-Madison |
| Heninger, Jeffrey |
Using the G-Transform to Gain Nonlocal Information about the Distribution Function |
[none] |
University of Texas at Austin |
| Herrmann, Mark C |
Creating, Diagnosing, and Controlling High Energy Density Plasmas on the National Ignition Facility |
[none] |
Lawrence Livermore National Laboratory |
| Hideaki, Miura |
Ambient-field-dependence of diamagnetic flow interacting with CITM |
[none] |
National Institute for Fusion Science |
| Horton, Wendell |
RFC Confinement With and Without Toroidal Magnetic Field |
[none] |
University of Texas at Austin |
| Howell, Eric C |
NIMROD Modeling of RMP Footprint Structures in DIII-D |
[none] |
Tech-X Corporation |
| Ivanov, Plamen G. |
Zonal flow – drift-wave interactions in two-dimensional curvature-driven fluid ITG turbulence |
[none] |
University of Oxford |
| Jardin, Stephen C. |
A New Explanation of Sawtooth Phenomena in Tokamaks |
[none] |
Princeton Plasma Physics Laboratory |
| Jenkins, Thomas G |
Comparing PIC and fluid models of RF sheath physics |
[none] |
Tech-X Corporation |
| Jepson, Joseph R |
NIMROD Modeling of Poloidal Flow Damping in a Tokamak Using a Drift Kinetic Equation Closure Scheme |
[none] |
University of Wisconsin - Madison |
| Jorge, Rogerio |
Theory of the Drift-Wave Instability at Arbitrary Collisionality |
1 |
SPC, EPFL, and IREAP, University of Maryland |
| Juno, James L. |
Turbulent Dissipation in a Simple Vlasov system |
1 |
University of Maryland College Park |
| Khodak, Andrei E. |
Simulations of plasma interactions with liquid metal plasma facing components |
[none] |
PPPL |
| King, Jacob R |
Development of an impurity model for MHD simulations |
[none] |
Tech-X Corp |
| Kotschenreuther, Mike |
Regimes of weak ITG/TEM modes for transport barriers without velocity shear in low rho* plasmas |
[none] |
University of Texas |
| Kramer, Gerrit J. |
Enhanced radial energy transport induced by radially Curved Alfven Eigenmode wavefronts |
[none] |
PPPL |
| Kumar, Arunav |
Stability Analysis of MultiRegion Relaxed MHD (MRxMHD) in the Cylindrical Geometry |
[none] |
the Australian National University |
| Kuzichev, Ilya |
PIC simulations of magnetospheric chorus wave generation with 2D TRISTAN-MP code |
[none] |
New Jersey Insitute of Technology |
| Landreman, Matt |
Optimized stellarators without optimization: Direct construction of stellarator shapes with good confinement |
[none] |
University of Maryland |
| Langone, Dylan |
Ideal ballooning and gyrokinetic stability of an ultra-high beta equilibrium with the ITER shape |
[none] |
University of Maryland |
| Lau, Cornwall H |
Full wave modeling of SOL density fluctuations effects on LH and helicon waves |
[none] |
ORNL |
| Lau, Cornwall H |
Full wave modeling of SOL density fluctuations effects on LH and helicon waves |
[none] |
ORNL |
| Lee, W. W. |
Force Free State for Tokamak Plasmas |
1 |
Princeton Plasma Physics Laboratory |
| Lee, Hankyu Q. |
Advanced parallel closures using general moment equations for NIMROD simulations |
[none] |
Utah State Univ |
| Lestz, Jeff |
Comprehensive analytical and numerical study of beam-driven sub-cyclotron frequency Alfvén eigenmodes in spherical tokamaks |
2 |
Princeton University |
| Liu, Zhaoyang |
On deterministic nature of intermittent geodesic acoustic mode observed in tokamaks |
1 |
University of Science and Technology of China |
| Liu, Kehfei |
Accelerator Based Fusion Reactor |
[none] |
University of Kentucky |
| Liu, Chang |
Quasilinear analysis of wave-particle integration for sub-cyclotron resonance |
[none] |
Princeton Plasma Physics Laboratory |
| Liu, Pengfei |
Simulation models using fully kinetic ions and massless fluid electrons |
[none] |
University of California, Irvine |
| Lopez, Omar E |
External kink modes and resistive wall modes in the presence of a diffuse toroidal angular velocity profile |
[none] |
Auburn University |
| Lyons, Brendan C |
Nonlinear impurity-MHD modeling of disruption mitigation |
[none] |
General Atomics |
| Ma, Chenhao |
Development of electromagnetic capability of GTS |
[none] |
Princeton Plasma Physics Laboratory |
| Maddox, Jacob A |
Energy Transfer through plasmoid reconnection in slab-geometry resistive MHD computations |
[none] |
UW Madison |
| Mahajan, Swadesh M |
The Unified Relativistic Electro-Vortical Field - Revisiting Magneto-Genesis, Reconnection, Relativistic Waves |
[none] |
University of Texas at Austin |
| Malhotra, Dhairya |
BIEST: A fast high-order boundary integral solver for computing stepped pressure equilibria in stellarators |
[none] |
Courant Institute NYU |
| Mandell, Noah R |
Electromagnetic Continuum Gyrokinetic Turbulence Simulations in the Tokamak Edge |
1 |
PPPL |
| Manheimer, Wallace |
Fusion Breeding and the Scientific Prototype |
[none] |
Retired from NRL |
| Martin, Mike F |
Temperature Screening of Impurities in Stellarators and Tokamaks Deviating From Symmetry |
[none] |
University of Maryland |
| McDevitt, Chris J |
Runaway Generation in Tokamak Plasmas for Large Disruption Relevant Electric Fields |
[none] |
Los Alamos National Laboratory |
| Miura, Hideaki |
Current/Interchange Tearing Modes with Hall and FLR across SX into the SOL Plasma |
[none] |
University of Texas at Austin |
| Morrison, P. J. |
Lagrangian and Dirac Constraints for the Ideal Incompressible Fluid and Magnetofluid |
[none] |
University of Texas at Austin |
| Mukherjee, Rupak |
Numerical study of 3D MagnetoHydroDynamics : nonlinear Alfven waves and recurrences |
1 |
Institute for Plasma Research, HBNI |
| Myrick, Colin D |
Exact solutions and finite-time singularities of a four-field model In 2D dissipationless Hall magnetohydrodynamics |
[none] |
Saint Michael's College |
| Nastac, Michael |
Fluctuation-Dissipation Relations and Free Energy Spectra in Hermite-Laguerre Gyrokinetic Phase Space |
[none] |
University of Maryland, College Park |
| Necas, Ales |
Integrated Modeling of Stability and Transport of FRC Plasmas |
[none] |
TAE Technologies |
| Nishimura, Yasutaro |
Computational studies of diverted positive and negative triangularity tokamaks |
[none] |
National Cheng Kung Univ, Univ of Texas at Austin |
| Oliver, Henry J C |
Modification of the Alfvén spectrum by pellet injection |
[none] |
University of Texas at Austin |
| Pan, Qingjiang |
Gyrokinetic exact linearized Landau collision operator: conservative formulation and initial implementation |
1 |
Plasma science and fusion center, MIT |
| Parisi, Jason |
Toroidal and slab ETG dominance in JET pedestals |
[none] |
University of Oxford |
| Parker, Scott E |
Plasma Theory Connections to Quantum Information Science |
1 |
University of Colorado, Boulder |
| Parker, Jeff B. |
Self-consistent coupling of transport with global gyrokinetic turbulence simulations |
[none] |
Lawrence Livermore National Laboratory |
| Paul, Elizabeth J |
Adjoint methods for efficient stellarator optimization and sensitivity analysis |
[none] |
University of Maryland, College Park |
| Petrov, Yuri V. |
Runaway Electron Dynamics Modelled with the CQL3D Fokker-Planck Solver, Including Radial Transport and Ampere-Faraday Equation |
[none] |
CompX |
| Poli, Francesca M |
The challenges of integrated modeling for discharge prediction and the path to a national effort to Whole Device Model |
[none] |
Princeton Plasma Physics Laboratory |
| Powis, Andrew T. |
Scaling of Spoke Rotation Frequency within a Penning Discharge |
[none] |
Princeton University |
| Qi, Di |
A flux balanced Hasegawa-Wakatani model for collisional plasma edge turbulence |
[none] |
Courant Institute NYU |
| Qin, Hong |
Drift wave instabilities as triggered by spontaneous parity-time symmetry breaking |
[none] |
Princeton Plasma Physics Laboratory, Princeton Uni |
| Qin, Hong |
Drift wave instabilities as triggered by spontaneous parity-time symmetry breaking |
[none] |
Princeton Plasma Physics Laboratory, Princeton Uni |
| Qin, Hong |
Drift wave instabilities as triggered by spontaneous parity-time symmetry breaking |
[none] |
Princeton Plasma Physics Laboratory, Princeton Uni |
| Qin, Hong |
Drift wave instabilities as triggered by spontaneous parity-time symmetry breaking |
[none] |
Princeton Plasma Physics Laboratory, Princeton Uni |
| Qin, Hong |
Drift wave instabilities as triggered by spontaneous parity-time symmetry breaking |
[none] |
Princeton Plasma Physics Laboratory, Princeton Uni |
| Qu, Zhisong |
Multiregion Relaxed MHD (MRxMHD) with flow |
[none] |
the Australian National University |
| Ram, Abhay K. |
Electron cyclotron current drive by high intensity, pulsed, Gaussian beams |
[none] |
M.I.T. |
| Reiman, Allan H. |
Suppression of Tearing Modes by RF Current Condensation |
1 |
Princeton Plasma Physics Laboratory |
| Reksoatmodjo, Richard |
Numerical SOLPS-ITER study of the effect of fueling on ionization and neutral density profiles in EDA H-modes on Alcator C-Mod |
[none] |
College of William and Mary |
| Ren, Haijun |
Electromagnetic effect on geodesic acoustic mode with adiabatic electrons |
[none] |
University of Science and Technology of China |
| Ricci, Valeria |
Mode-particle Interactions as Sources of Gamma-ray Bubbles in the Galaxy* |
1 |
Università di Palermo (Italy) |
| Ricketson, Lee F. |
An energy-conserving and asymptotic-preserving time integrator for multiscale implicit PIC simulation of magnetized plasmas |
[none] |
Lawrence Livermore National Laboratory |
| Rodriguez, Eduardo |
Hysteresis phenomena in improved magnetic island RF heating |
[none] |
Princeton University PPPL |
| Sanchez-Vizuet, Tonatiuh |
An un-fitted adaptive hybridizable discontinuous Galerkin solver for axisymmetric plasma equilibrium |
[none] |
Courant Institute of Mathematical Sciences |
| Schekochihin, Alexander |
Gyrokinetics of thermalisation of turbulent energy in astrophysical plasmas: a fusion-astro synergy success story |
1 |
University of Oxford |
| Sengupta, Wrick |
Non-analytic behavior of vacuum and equilibrium magnetic fields with surfaces near the magnetic axis |
[none] |
Courant Institute of Mathematical Sciences |
| Si, Hang |
Advanced Divertor Design and Study: from present EAST/DIII-D to future tokamak device CFETR |
1 |
Institute of Plasma Physics Chinese Academy of Sci |
| Skoutnev, Valentin |
Application of Gkeyll to laser-driven plasmas and astrophysical scenarios: Saturation of Weibel-type instabilities |
[none] |
Princeton University |
| Smiet, Christopher B |
Mapping the sawtooth |
[none] |
Princeton Plasma Physics Laboratory |
| Smolyakov, Andrei |
On magnetic component of Geodesic Acoustic Modes |
[none] |
University of Saskatchewan |
| Soto-Chavez, Rualdo |
The Drift-Mirror Plasma Instability in Earth's inner Magnetosphere |
1 |
New Jersey Institute of Technology |
| Sovinec, C. R. |
Design and Development for a Stellarator Macroscopic Dynamics Code* |
[none] |
University of Wisconsin-Madison |
| Spencer, J. Andrew |
Implementation of continuum kinetics to parallel heat transport |
[none] |
Utah State University |
| Spigler, Renato |
High Energy Particle Produced by Ballooning Modes Driven by the Modulated Gravitational Field of Collapsing Binaries* |
1 |
CNR (Italy) |
| St-Onge, Denis |
Investigating the Spectral Transfer of Free Energy in the Dimits Shift |
1 |
PPPL |
| Stoltzfus-Dueck, Timothy J |
A General Transport-Oriented Formulation of Orbit Loss |
1 |
PPPL |
| Strauss, Henry |
JET wall force and thermal quench in experiment and simulations |
[none] |
HRS Fusion |
| Sugiyama, Linda E. |
The Quasi-Interchange Sawtooth Crash |
[none] |
MIT |
| Swanson, Charles P |
Fermi Acceleration in Magnetic Mirrors Enabled by Magnetic Moment Mobility |
[none] |
Princeton Statellite Systems |
| Tang, Xianzhu |
Constraints and options in runaway avoidance by impurity injection and runaway energy control via fast wave injection |
[none] |
Los Alamos National Laboratory |
| Tang, Qi |
Finite element schemes for reduced resistive MHD |
[none] |
Los Alamos National Laboratory |
| Taylor, Trevor V |
A comparison of NIMROD's continuum and delta-f PIC approaches to energetic particle physics |
[none] |
Utah State University |
| Taylor, Joe |
High-order integrators for gyrokinetic applications |
[none] |
University of Maryland |
| TenBarge, Jason M |
A Fully Kinetic Numerical Study of Turbulence in the Swarthmore Spheromak Experiment |
[none] |
Princeton University |
| Turnbull, Alan D |
Ideal MHD, Damping, Drive, and Poynting Flux |
[none] |
General Atomics Inc. |
| Vahala, Linda |
Unitary Qubit Lattice Algorithm for Three-Dimensional Vortex Solitons in Hyperbolic Self-Defocusing Nonlinear Media |
[none] |
Old Dominion University |
| Vahala, George |
Unitary Qubit Lattice Algorithms for PT-symmetric Nonlinear Schrodinger Equations: breathers, solitons, and rogue waves |
[none] |
WIlliam & Mary |
| Wang, Yahui |
Perturbative radiative damping of RSAEs in NOVA-K code |
2 |
Princeton Plasma Physics Lab |
| WANG, HONGYU |
GTC simulation of drift wave turbulence in W7-X and LHD stellarators |
[none] |
UCI |
| Wang, Ge |
Reduced kinetic model of runaway electrons in NIMROD |
[none] |
University of Wisconsin-Madison |
| Wei, Xishuo |
Gyrokinetic particle simulation of electrostatic microturbulence with impurity ions |
[none] |
UC Irvine |
| White, Roscoe |
Collisional Resonance Broadening |
[none] |
Princeton Plasma Physics Laboratory |
| White, Roscoe |
A simple model for perturbative kinetic particle resonance in tokamaks |
[none] |
Princeton Plasma Physics Lab |
| Winterberg, Friedwardt M. |
A New Approach to Nuclear Fusion by Inertial Confinement |
[none] |
Carl Friedrich Gauss Academy of Science |
| Winterberg, Friedwardt M. |
General Relativistic Approach to Inertial Confinement Fusion |
[none] |
Carl Friedrich Gauss Academy of Science |
| Woodruff, Simon |
Collaborative VR datavis platform for HPC |
[none] |
Woodruff Scientific |
| Wright, Adelle M. |
Resistive stability of cylindrical MHD equilibria with radially localised pressure gradients |
[none] |
Australian National University |
| XI, YANBIN |
Influence of density profiles on LH wave propagation in fusion edge plasma |
1 |
Dalian University of Technology |
| Xie, Tao |
Numerical studies on the gyrokinetic natural boundary value problem for microturbulence in Tokamak |
1 |
Sichuan University of Science & Engineering |
| Xie, Hua-sheng |
Unified Numerically Solvable Framework for Complicated Kinetic Plasma Dispersion Relations |
[none] |
Compact Fusion Center, ENN |
| Xu, Xueqiao |
On the Divertor Heat Flux Width Scaling |
[none] |
1) Lawrence Livermore National Laboratory |
| Yoo, Min-Gu |
A global gyrokinetic simulation study of the magnetic island effects on the plasma transports |
[none] |
Princeton Plasma Physics Laboratory |
| Zarzoso, David |
Particle transport induced by energetic geodesic acoustic modes |
[none] |
CNRS |
| Zhang, Guannan |
A GPU-enabled backward Monte Carlo method for 3D runaway electron simulation |
[none] |
Oak Ridge National Laboratory |
| Zheng, Linjin |
The X point theory and numerical solution |
[none] |
The University of Texas at Austin, Institute for F |
| Zhou, Yao |
Formation of solitary zonal structures via the modulational instability of drift waves |
[none] |
Princeton Plasma Physics Laboratory |
| Zhu, Ben |
Up-down asymmetry induced particle pinch in global edge simulations |
1 |
Lawrence Livermore National Laboratory |
| Zhu, Hongxuan |
Wave-kinetic calculation of the tertiary instability and the Dimits shift |
[none] |
Princeton University |
| Zhu, Caoxiang |
Quick identification of dangerous coil deviations using a Hessian matrix method |
[none] |
Princeton Plasma Physics Laboratory |
