The radiative improved (RI) mode is a tokamak regime offering many attractive reactor features. In the article, the RI mode of TEXTOR-94 is shown to follow the same scaling as the linear ohmic confinement regime and is thus identified as one of the most fundamental tokamak operational regimes. The current understanding derived from experiments and modelling of the conditions necessary for sustaining the mode is reviewed, as are the mechanisms leading to L-RI mode transition. The article discusses the compatibility of high impurity seeding with the low central power density of a burning reactor, as well as RI mode properties at and beyond the Greenwald density
An overview of the results obtained so far for the radiative I-mode regime on the upgraded Torus Exp...
The characteristics of the toroidal ion temperature gradient (ITG) instability, considered as the ma...
For neon seeded discharges the quantity [DeltaP(rad)/DeltaZ(eff)(0)]/)over bar>(2)(e0), which depend...
The radiative improved (RI) mode is a tokamak regime offering many attractive reactor features. In t...
The Radiative Improved Mode (RI-mode) [1] in TEXTOR is a confinement regime, which combines power ex...
The radiative improved (RI) mode at TEXTOR is a high confinement regime, which is obtained by the se...
The RI-mode regime, with high radiating power fractions from 0.5 to 0.9, energy confinement enhancem...
An actual subject of experimental and theoretical studies in present day fusion research is the deve...
The beta limit in radiative improved (RI mode) discharges where energy confinement is enhanced due t...
This paper reports on experiments in TEXTOR with electron cyclotron resonance heating (ECRH) of radi...
The beta limit in radiative improved (RI mode) discharges where energy confinement is enhanced due t...
Confinement deterioration and rollover from the radiative improved (RI) mode to the low (L) confinem...
The concept of a cold radiating plasma boundary has been proposed as a solution to the problem of po...
Characteristics of the toroidal ITG-instability are analysed for conditions of the L-mode and the ra...
The concept of a cold radiating plasma boundary has been proposed as a solution to the problem of po...
An overview of the results obtained so far for the radiative I-mode regime on the upgraded Torus Exp...
The characteristics of the toroidal ion temperature gradient (ITG) instability, considered as the ma...
For neon seeded discharges the quantity [DeltaP(rad)/DeltaZ(eff)(0)]/)over bar>(2)(e0), which depend...
The radiative improved (RI) mode is a tokamak regime offering many attractive reactor features. In t...
The Radiative Improved Mode (RI-mode) [1] in TEXTOR is a confinement regime, which combines power ex...
The radiative improved (RI) mode at TEXTOR is a high confinement regime, which is obtained by the se...
The RI-mode regime, with high radiating power fractions from 0.5 to 0.9, energy confinement enhancem...
An actual subject of experimental and theoretical studies in present day fusion research is the deve...
The beta limit in radiative improved (RI mode) discharges where energy confinement is enhanced due t...
This paper reports on experiments in TEXTOR with electron cyclotron resonance heating (ECRH) of radi...
The beta limit in radiative improved (RI mode) discharges where energy confinement is enhanced due t...
Confinement deterioration and rollover from the radiative improved (RI) mode to the low (L) confinem...
The concept of a cold radiating plasma boundary has been proposed as a solution to the problem of po...
Characteristics of the toroidal ITG-instability are analysed for conditions of the L-mode and the ra...
The concept of a cold radiating plasma boundary has been proposed as a solution to the problem of po...
An overview of the results obtained so far for the radiative I-mode regime on the upgraded Torus Exp...
The characteristics of the toroidal ion temperature gradient (ITG) instability, considered as the ma...
For neon seeded discharges the quantity [DeltaP(rad)/DeltaZ(eff)(0)]/)over bar>(2)(e0), which depend...