First snowflake (SF) divertor experiments in the MAST-U tokamak demonstrated steady-state
snowflake-plus divertor configurations in 450 kA ohmic L-mode plasmas. The SF divertor …

Modest effects of deuterium and carbon radiation opacity in the Super-X and snowflake
divertor plasmas are predicted for MAST Upgrade tokamak with core plasma input power 2.5 …

Efficient handling of high heat flux on the plasma‐facing components, particularly the
divertor targets, poses a significant challenge for the Chinese Fusion Engineering Testing …

In a snowflake (SF) divertor, two magnetic field nulls are placed close to each other, creating
four strike points (SPs) compared to two in a standard X-point divertor. In preparation for …

This paper demonstrates the benefits of the HL-2M SF (snowflake) minus divertor on power
exhaust and impurity screening compared with the LSN (lower single null) conventional …

A fusion boundary-plasma domain is defined by axisymmetric magnetic surfaces where the
geometry is often complicated by the presence of one or more X-points; and modeling …

Formation of the radial electric field profile in the scrape-off layer of the tokamak in the outer
midplane is analyzed on the basis of SOLPS-ITER modeling for various regimes of ASDEX …

Modest effects of deuterium radiation opacity in MAST Upgrade tokamak Super-X and
snowflake divertor plasmas are found based on SOLPS-EIRENE and UEDGE code divertor …