Heavy ion beam probing (HIBP) is a unique diagnostics to study the core plasma potential
and turbulence. Advanced HIBPs operate in the T-10 tokamak and TJ-II flexible heliac with …

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 …

Abstract A Heavy Ion Beam Probe (HIBP) diagnostic system can offer non-disturbing, local
measurement of plasma electric potential and various plasma parameters. This paper …

Abstract Heavy Ion Beam Probing (HIBP) is a unique tool for plasma potential
measurements. In the TJ-II stellarator (CIEMAT, Madrid, Spain) HIBP is capable to move the …

Local fluctuations of electrostatic potential, poloidal electric field, magnetic potential and
electron density are simultaneously measured in the T-10 tokamak by a heavy ion beam …

Plasma potential and turbulent particle flux Γ E× B in the plasma core were measured for the
first time during L–H/H–L transitions in the TJ-II heliac using a heavy ion beam probe. The L …

Many years of fusion researches have shown that the energy and particle losses are
realized through several channels, eg via neoclassical losses. On top of that, turbulent …

A two-field model for collisionless trapped electron mode turbulence has both finite
amplitude-induced stability and instability, depending on wave number. Effects usually …

Energy generation through nuclear fusion is emission-free, base load capable and requires
a relatively low amount of resources due to the high energy density of the fusion fuel, so that …

Measurements of fluctuating floating potentials and ion saturation currents at different radial
locations in the Santander Linear Plasma Machine (Castellanos et al 2005 Plasma Phys …