Perturbative experiments are essential to understand the complex transport phenomena in fusion plasmas. The perturbative methods used for transport studies are summarized and the main properties discussed. Based on this approach, transport of particles, heat and momentum has been intensively investigated. The main results obtained for the different channels are described and illustrated with selected examples
In this dissertation a systematic study of particle transport in tokamaks, using gyrokinetic simulat...
In this paper we present the results of transient transport experiments in a reversed-field pinch de...
Heat transport is studied in strongly heated fusion plasmas, far from thermodynamic equilibrium. The...
Perturbative experiments are essential to understand the complex transport phenomena in fusion plasm...
Abstract. Perturbative experiments are essential to understand the complex transport phenomena in fu...
Studies of transport in fusion plasmas using perturbations of an equilibrium state reviewed. Essenti...
By inducing in a small temperature perturbation in a plasma in a steady state one can determine the ...
Studies of the transport properties of tokamak plasmas using perturbation analysis are discussed. Th...
By subjecting a plasma in steady state to small perturbations and measuring the response, it is poss...
The physical processes producing electron particle transport in the core of tokamak plasmas are desc...
By inducing a small electron temperature perturbation in a plasma in steady state one can in princip...
By inducing a small electron temperature perturbation in a plasma in steady state one can in princip...
Heat and particle losses in magnetically confined fusion devices are dominated by anomalous losses ...
Understanding transport of thermal and suprathermal particles is a fundamental issue in laboratory, ...
In the nuclear fusion plasmas, both of thermal energy and particle transports governed by turbulent ...
In this dissertation a systematic study of particle transport in tokamaks, using gyrokinetic simulat...
In this paper we present the results of transient transport experiments in a reversed-field pinch de...
Heat transport is studied in strongly heated fusion plasmas, far from thermodynamic equilibrium. The...
Perturbative experiments are essential to understand the complex transport phenomena in fusion plasm...
Abstract. Perturbative experiments are essential to understand the complex transport phenomena in fu...
Studies of transport in fusion plasmas using perturbations of an equilibrium state reviewed. Essenti...
By inducing in a small temperature perturbation in a plasma in a steady state one can determine the ...
Studies of the transport properties of tokamak plasmas using perturbation analysis are discussed. Th...
By subjecting a plasma in steady state to small perturbations and measuring the response, it is poss...
The physical processes producing electron particle transport in the core of tokamak plasmas are desc...
By inducing a small electron temperature perturbation in a plasma in steady state one can in princip...
By inducing a small electron temperature perturbation in a plasma in steady state one can in princip...
Heat and particle losses in magnetically confined fusion devices are dominated by anomalous losses ...
Understanding transport of thermal and suprathermal particles is a fundamental issue in laboratory, ...
In the nuclear fusion plasmas, both of thermal energy and particle transports governed by turbulent ...
In this dissertation a systematic study of particle transport in tokamaks, using gyrokinetic simulat...
In this paper we present the results of transient transport experiments in a reversed-field pinch de...
Heat transport is studied in strongly heated fusion plasmas, far from thermodynamic equilibrium. The...