In this letter, we investigate the impact of edge radial electric fields (E r) on turbulence
propagation and the coupling between the plasma edge and the scrape-off layer (SOL) …

We present a new diagnostic tool for the determination of various plasma parameters in the
edge region of medium-size tokamaks (MST) and stellarators (specifically Wendelstein 7-X) …

This work intends to show that the multifractal concept of intermittence can be fruitfully
applied to the identification of the radial location of low order rational surfaces inside a …

A method has been proposed to study heat transport in magnetically confinement plasmas,
based on the transfer entropy (TE). In this work, we study this method by introducing …

This work explores the impact of an imposed radial electric field on the intermittence
parameter in magnetically confined plasmas. The intermittence is sensitive to both the …

Transport in turbulent magnetic plasmas is closely related to the flow topological structures.
These are mainly filamentary vortices linked to the magnetic filed lines and zonal flows …

So-called “anomalous” plasma transport due to micro-and meso-scale fluctuations of
electromagnetic fields caused by different plasma instabilities is one of the backbones of …

SOL transport in tokamaks is generally thought to be dominated by the macroscopic
convective cells usually known as “filaments” or “blobs”. These filaments propagate …

We present a new diagnostic tool for the determination of various plasma parameters in the
edge region of Medium-Size Tokamaks (MST) and stellarators (specifically Wendelstein 7-X) …

Due to the geometry of the magnetic field in magnetically confined plasmas, there are
regions where the field lines are closed. In these regions, called rational surfaces, turbulent …