One of the ways to extend the lifetime of the divertor for DEMO could be to replace the solid
tungsten plasma-facing components with liquid tin (Sn) confined in a tungsten capillary …

The design of commercially feasible magnetic confinement fusion reactors strongly relies on
the reduced turbulent transport in the plasma edge during operation in the high confinement …

In future fusion reactors disruptions must be avoided at all costs. Disruptions due to the
density limit (DL) are typically described by the power-independent Greenwald scaling …

Over previous campaigns, an intense experimental program on advanced tokamak (AT)
scenarios, has been carried out at the ASDEX Upgrade tokamak with full-tungsten wall …

An efficient removal of He ash by active pum** in future fusion devices is necessary to
avoid fuel dilution and not degrade the core confinement properties. Therefore, a deep …

Unusually high power loads on the beryllium limiter caused by neutral beam re-ionisation,
and much cooler divertor target surfaces were observed during the recent JET tokamak …

Design and operation of future tokamak fusion reactors using a deuterium–tritium 50: 50 mix
requires a solid understanding of how energy confinement properties change with ion mass …

This memorial note for Professor Sanae-I Itoh presents her specific achievements in physics
research alongside her wider record of accomplishment in the field of magnetically confined …

A major objective of the AUG programme is to shed light on the underlying physics of
confinement, stability, and plasma exhaust in order to allow reliable extrapolation of results …

In the scrape-off layer (SOL) of fusion plasmas, radial particle and energy transport is mainly
carried by plasma filaments. The plasma parameters of such filaments can be measured by …