The infrared (IR) thermography diagnostic has recently been upgraded to achieve real-time
temperature measurement and feedback capability in the experimental advanced …

Experiments on nitrogen assisted divertor detachment in the improved energy confinement
mode (I-mode) are reported from the ASDEX Upgrade tokamak. When nitrogen is introduced …

A recent EAST experiment has successfully demonstrated long pulse steady-state high
plasma performance scenario and core-edge integration since the last IAEA in 2018. A …

, Fusion Eng. Des. 82, 463 (2007)] for both single null (SN) and double null (DN) divertor
configurations. D 2 and Ar puffing at various divertor locations has also been explored as an …

A significant change in the background ELM behavior prior to neon (Ne) seeding has been
observed in a series of repetitive radiative divertor experiments in EAST. With similar …

Integration of transient and steady-state divertor heat fluxes control with a high-performance
core is necessary for future fusion reactors. In recent DIII-D high-βp experiments, divertor …

Heat exhaust is one of the most challenging issues to be addressed for tokamak magnetic
confinement fusion research. Detailed modeling with SOLPS5. 0/B2. 5-Eirene code package …

The divertor plasma performance and the power handling are studied for 8 m class DEMO
reactor with the fusion power of 1.5 GW. Due to the high impurity radiation power (80% of the …

The completely detached high confinement (CDH) regime established recently in high
power ASDEX-Upgrade single null divertor discharges is described. The standard CDH …

In high confinement mode, highly shaped plasmas with edge localized modes in JET, and
for heating power of 15–17 MW, the edge fluid code EDGE2D-EIRENE predicts transition to …