Edge-localized mode (ELM) triggering and pacing in an all-metal wall environment shows
significant differences to a first-wall configuration containing carbon. Here we report on …

In ASDEX Upgrade, experimental efforts aim to establish pace making and mitigation of type-
I edge localized modes (ELMs) in high confinement mode (H-mode) discharges. Injection of …

The pellet pacing ELM control concept developed at the mid-sized tokamak ASDEX
Upgrade is considered for the larger machines JET and ITER as well. By driving up the ELM …

In ITER, pellets are used for ELM pacing and fueling. More importantly, ELM control and in
particular control of the first ELM needs to be demonstrated in the non-nuclear phase of …

The impact of lithium (Li) on plasma performance was investigated at the ASDEX Upgrade
tokamak, which features a full tungsten wall. Li pellets containing 1.6× 10 20 Li atoms were …

Injection of cryogenic deuterium pellets has been successfully applied in ASDEX Upgrade
for external edge localized mode (ELM) frequency control in type-I ELMy H-mode discharge …

During the installation of the new ITER-like wall (ILW) at JET, the high frequency pellet
injector has been further improved. The launching system is now capable of delivering …

Recent experiments at ASDEX Upgrade demonstrate the compatibility of ELM mitigation by
magnetic perturbations with efficient particle fuelling by inboard pellet injection. ELM …

For identical edge pedestal conditions in plasmas with gas puff and with pellet injection,
edge localized mode (ELM) mitigation during fully pellet-controlled ELMy H-modes has …

This paper describes the extension of the previous experimental database on density control
by pellets and ELM control by RMPs in the ASDEX Upgrade tokamak. A stationary low …