3 papers
physics.plasm-ph2025
SOLPS-ITER Numerical Simulations of ITER-scale Snowflake Divertors: Low-Field-Side SF-/SF+ and High-Field-Side SF-/SF+ Configurations
H. S. Wu, F. Subba, M. R. K. Wigram +4
With edge plasma code SOLS-ITER, we study four Snowflake (SF) configurations for an ITER-size tokamak, with toroidal magnetic field BT=5T, major radius R=5m and plasma current Ip=1…
physics.plasm-ph2025
Assessment of the Runaway Electrons induced damage to the Tokamak First Wall
L. Singh, M. De Bastiani, R. Bonifetto +2
The study assessed the damage caused by Runaway Electrons (RE) on First Wall tiles, comparing the effects on Beryllium and Tungsten. This was done by using realistic RE energy dist…
physics.plasm-ph2023
Post disruption reconnection event driven by a runaway current
L. Singh, D. Borgogno, F. Subba +1
The role of a runaway current in a post disruption plasma is investigated through numerical simulations in an asymmetric magnetic reconnection event. While the runaways do not alte…