This paper presents recent developments in modeling and simulations of ITER performances and scenarios. The first part presents an improved modeling of coupled divertor/main plasma operation including the simulation of the measurements involved in the control loop. The second part explores the fusion performances predicted under non-inductive operation with internal transport barrier. The final part covers a detai ed scenario for non-inductive operation using a reverse shear configuration with lower hybrid and fast wave current drive
The ITER Scenario Modelling Working Group (ISM WG) is organized within the European Task Force on In...
Fusion performance in tokamaks depends on the core and edge regions as well as on their nonlinear fe...
The integrated model JINTRAC is employed to assess the dynamic density evolution of the ITER baselin...
Features incorporated in the design of the International Thermonuclear Experimental Reactor (ITER) t...
"Dynamics of burning plasma for various transient situations in ITER plasma has been simulated with ...
In simulating reference scenarios proposed for ITER operation, we also explore performance of the po...
ITER plasma control design solutions and performance requirements are strongly driven by its nuclear...
Abstract. For successful reactor operation, the development of kinetic control system is required al...
A one-dimensional tokamak transport code (TASK/TR) has been developed to analyze the evolution of a ...
ITER will be the first magnetic confinement device with burning DT plasma and fusion power of about ...
This new edition presents the essential theoretical and analytical methods needed to understand the ...
The goal of ITER-FEAT is the investigation of high-Q scenarios for inductive operation as well as lo...
A new reduced size ITER-RC superconducting tokamak concept is proposed with the goals of studying bu...
Abstract. Integrated simulations are done to establish a physics basis, in conjunction with present ...
Predictive simulations of ITER [R. Aymar et al., Plasma Phys. Control. Fusion 44, 519 2002] discharg...
The ITER Scenario Modelling Working Group (ISM WG) is organized within the European Task Force on In...
Fusion performance in tokamaks depends on the core and edge regions as well as on their nonlinear fe...
The integrated model JINTRAC is employed to assess the dynamic density evolution of the ITER baselin...
Features incorporated in the design of the International Thermonuclear Experimental Reactor (ITER) t...
"Dynamics of burning plasma for various transient situations in ITER plasma has been simulated with ...
In simulating reference scenarios proposed for ITER operation, we also explore performance of the po...
ITER plasma control design solutions and performance requirements are strongly driven by its nuclear...
Abstract. For successful reactor operation, the development of kinetic control system is required al...
A one-dimensional tokamak transport code (TASK/TR) has been developed to analyze the evolution of a ...
ITER will be the first magnetic confinement device with burning DT plasma and fusion power of about ...
This new edition presents the essential theoretical and analytical methods needed to understand the ...
The goal of ITER-FEAT is the investigation of high-Q scenarios for inductive operation as well as lo...
A new reduced size ITER-RC superconducting tokamak concept is proposed with the goals of studying bu...
Abstract. Integrated simulations are done to establish a physics basis, in conjunction with present ...
Predictive simulations of ITER [R. Aymar et al., Plasma Phys. Control. Fusion 44, 519 2002] discharg...
The ITER Scenario Modelling Working Group (ISM WG) is organized within the European Task Force on In...
Fusion performance in tokamaks depends on the core and edge regions as well as on their nonlinear fe...
The integrated model JINTRAC is employed to assess the dynamic density evolution of the ITER baselin...