This paper reviews measurements of edge plasma turbulence in toroidal magnetic fusion
devices with an emphasis on recent results in tokamaks. The dominant feature of edge …

The overview discusses development of the unique fusion plasma diagnostics—Heavy Ion
Beam Probing (HIBP) in application to toroidal magnetic plasma devices. The basis of the …

This monograph summarizes the results of an experimental investigation of the plasma
potential in toroidal magnetic fusion devices. It presents data obtained with the unique heavy …

A direct comparison of the electric potential and its fluctuations in the T-10 tokamak and the
TJ-II stellarator is presented for similar plasma conditions in the two machines, using the …

This paper presents the latest results on confinement studies in the TJ-II stellarator. The
inherently strong plasma–wall interaction of TJ-II has been successfully reduced after lithium …

In this paper, we report measurements of turbulence drive and spreading in the edge region
and scrape-off layer (SOL) of the TJ-II stellarator for plasmas heated by ECRH and NBI. In …

Electric field Ε or electric potential φ plays a key role in the transport and turbulence of
toroidal plasmas. It is believed that mean radial E r suppresses the turbulence eddies via E× …

Excitation of modes in the Alfvénic frequency range, 30 kHz< f AE< 300 kHz, was observed
in hydrogen plasma heated by hydrogen neutral beam injection (NBI) in the TJ-II heliac. Co …

We study Alfvén eigenmodes (AEs) in the TJ-II heliac in hydrogen plasmas heated by
hydrogen co-field neutral beam injector. Taking advantage of the unique TJ-II flexibility in a …

The link between the development of sheared flows and the structure of turbulence has
been investigated in the plasma boundary region of the TJ-II stellarator. The development of …