Abstract The Material Plasma Exposure eXperiment (MPEX) is a steady state linear device
with the goal to perform plasma material interaction studies at future fusion reactor relevant …

Advanced divertors gain larger plasma wetted area by poloidal or total flux expansion.
Qualitative characteristics of supersonic plasma flows which are generated by the magnetic …

In order to design a divertor in a future fusion reactor such as DEMO or estimate an
operation window for detached plasmas, it is crucial to develop a robust model to predict …

The mirror effect on scrape‐off layer (SOL)‐divertor plasma profiles was studied by relaxing
the assumption of homogeneous magnetic fields used in a one‐dimensional (1D) plasma …

Plasma flow patterns in a super-X-divertor-like configuration are investigated by using a one-
dimensional plasma fluid model with the anisotropic-ion pressure (AIP model). The AIP …

Nuclear fusion is a reliable and sustainable energy source without long-lived nuclear waste
and with negligible greenhouse gas emissions. Fusion reactors heat a gas to millions of …

A deeper understanding of the basic plasma processes in low temperature plasmas is
essential to the success of future commercial fusion machines. Atomic and molecular …

Several code packages have been developed for simulations of scrape-off layer (SOL)-
divertor plasmas, such as SOLPS [1], SONIC [2, 3], UEDGE [4] and EMC3-EIRENE [5], in …

Advanced divertors gain larger plasma wetted area by poloidal or total flux expansion.
Qualitative characteristics of supersonic plasma flows which are generated by the magnetic …

A new closure model for the parallel conductive heat flux of the perpendicular component of
ion energy (qi,⊥) is proposed which considers the effect of the spontaneous parallel …