Gyro kinetic simulations of turbulence capture some of the features observed in transport, fluctuations, and correlations measured in tokamak plasmas. These codes calculations are CPU intensive, and are not practical for incorporation in present time-dependant transport codes, so reduced models based on these gyro kinetic codes are being used. An example is the TGLF model [1] which is a quasilinear gyrofluid model calibrated to nonlinear results from the GYRO code [2]. Recently TGLF has been incorporated into TRANSP [3]
Two global gyrokinetic codes are benchmarked against each other by comparing sim-ulation results in ...
A set of tokamak discharges with internal transport barriers (ITBs) are studied using the TRANSP cod...
In this work turbulent transport in JET-like plasma discharges is analyzed, with main emphasison imp...
A new numerical solver for stiff transport predictions has been developed and implemented in the PTR...
This project initiated the development of TGYRO ? a steady-state Gyrokinetic transport code (SSGKT) ...
A continuum global gyrokinetic code GYRO has been developed to comprehensively simulate core turbule...
A continuum global gyrokinetic code GYRO has been developed to comprehensively simulate core turbule...
Quantitative benchmarks of computational physics codes against experiment are essential for the cred...
In fusion devices such as tokamaks, the achievement of good energy confinement is a key issue. The e...
Flux-driven global gyrokinetic codes are now mature enough to make predictions in terms of turbulenc...
Three gyro{Bohm transport models are applied to the L{mode discharges of the ITER proflle database f...
OAK B202 COMPREHENSIVE GYROKINETIC SIMULATION OF TOKAMAK TURBULENCE AT FINITE RELATIVE GYRORADIUS. A...
Linear simulations of plasma microturbulence are used with recent radial profiles of toroidal veloci...
The development of a quasi-linear gyrokinetic transport model for tokamak plasmas, ultimately design...
Results are presented from nonlinear gyrokinetic simulations of toroidal ion temperature gradient (I...
Two global gyrokinetic codes are benchmarked against each other by comparing sim-ulation results in ...
A set of tokamak discharges with internal transport barriers (ITBs) are studied using the TRANSP cod...
In this work turbulent transport in JET-like plasma discharges is analyzed, with main emphasison imp...
A new numerical solver for stiff transport predictions has been developed and implemented in the PTR...
This project initiated the development of TGYRO ? a steady-state Gyrokinetic transport code (SSGKT) ...
A continuum global gyrokinetic code GYRO has been developed to comprehensively simulate core turbule...
A continuum global gyrokinetic code GYRO has been developed to comprehensively simulate core turbule...
Quantitative benchmarks of computational physics codes against experiment are essential for the cred...
In fusion devices such as tokamaks, the achievement of good energy confinement is a key issue. The e...
Flux-driven global gyrokinetic codes are now mature enough to make predictions in terms of turbulenc...
Three gyro{Bohm transport models are applied to the L{mode discharges of the ITER proflle database f...
OAK B202 COMPREHENSIVE GYROKINETIC SIMULATION OF TOKAMAK TURBULENCE AT FINITE RELATIVE GYRORADIUS. A...
Linear simulations of plasma microturbulence are used with recent radial profiles of toroidal veloci...
The development of a quasi-linear gyrokinetic transport model for tokamak plasmas, ultimately design...
Results are presented from nonlinear gyrokinetic simulations of toroidal ion temperature gradient (I...
Two global gyrokinetic codes are benchmarked against each other by comparing sim-ulation results in ...
A set of tokamak discharges with internal transport barriers (ITBs) are studied using the TRANSP cod...
In this work turbulent transport in JET-like plasma discharges is analyzed, with main emphasison imp...