Fine structures are found in the TJ-II stellarator electron temperature and density profiles, when they are measured using a high spatial resolution Thomson scattering system. These structures consist of peaks and valleys superimposed to a smooth average. Some irregularities remain in an ensemble average of discharges with similar macroscopic parameters such as line density, central temperature, and plasma current. They are found in all the magnetic configurations explored in plasmas heated by electron cyclotron waves. Their characteristics are shown and their possible origin is discussed
In the Rijnhuizen tokamak project, the double pulse multiposition Thomson scattering diagnostic is i...
A highly space-resolved Thomson scattering system installed on the large helical device revealed tha...
The electron temperature (Te) and density (ne) profiles inside m=2 magnetic islands in TEXTOR plasma...
Fine structures are found in the TJ-II stellarator electron temperature and density profiles, when t...
Fine structures are found in the TJ-II stellarator electron temperature and density profiles, when t...
ECR (electron cyclotron resonance) heated plasmas have been studied in the low magnetic shear TJ-II ...
In this letter, we investigate the spatial structure of a low frequency global potential oscillation...
Abstract. The investigation of plasma potential profiles reveals a direct link between electric fiel...
It is well known that the temperature profiles in a tokamak are self-consistent [1-3]. For the stell...
Magnetohydrodynamic instabilities in the TJ-II stel-larator are being experimentally characterized i...
The influence of magnetic topology on the formation of electron internal transport barriers (e-ITBs)...
Measured electron temperature profiles of tokamak plasmas are often smooth. This may be due to a low...
In this article, the recent installed multiposition Thomson scattering (TS) of the TJ-II stellarator...
In this article, the recent installed multiposition Thomson scattering (TS) of the TJ-II stellarator...
In the Rijnhuizen tokamak project, the double pulse multiposition Thomson scattering diagnostic is i...
In the Rijnhuizen tokamak project, the double pulse multiposition Thomson scattering diagnostic is i...
A highly space-resolved Thomson scattering system installed on the large helical device revealed tha...
The electron temperature (Te) and density (ne) profiles inside m=2 magnetic islands in TEXTOR plasma...
Fine structures are found in the TJ-II stellarator electron temperature and density profiles, when t...
Fine structures are found in the TJ-II stellarator electron temperature and density profiles, when t...
ECR (electron cyclotron resonance) heated plasmas have been studied in the low magnetic shear TJ-II ...
In this letter, we investigate the spatial structure of a low frequency global potential oscillation...
Abstract. The investigation of plasma potential profiles reveals a direct link between electric fiel...
It is well known that the temperature profiles in a tokamak are self-consistent [1-3]. For the stell...
Magnetohydrodynamic instabilities in the TJ-II stel-larator are being experimentally characterized i...
The influence of magnetic topology on the formation of electron internal transport barriers (e-ITBs)...
Measured electron temperature profiles of tokamak plasmas are often smooth. This may be due to a low...
In this article, the recent installed multiposition Thomson scattering (TS) of the TJ-II stellarator...
In this article, the recent installed multiposition Thomson scattering (TS) of the TJ-II stellarator...
In the Rijnhuizen tokamak project, the double pulse multiposition Thomson scattering diagnostic is i...
In the Rijnhuizen tokamak project, the double pulse multiposition Thomson scattering diagnostic is i...
A highly space-resolved Thomson scattering system installed on the large helical device revealed tha...
The electron temperature (Te) and density (ne) profiles inside m=2 magnetic islands in TEXTOR plasma...