As a low-Z material, lithium is widely tested and used in tokamak devices for particle
recycling and impurity control to improve plasma performance. Lithium application as …

A simple impurity model has been developed under the BOUT++ framework to investigate
the Li-pellet triggered edge localized mode (ELM) in EAST configuration. The present …

A beam emission spectroscopy (BES) diagnostic system has been developed on HL-2A
tokomak. Combined with motional Stark effect (MSE) diagnostics, the BES could assess the …

The pellet injection technique is considered a primary method for fueling future fusion
devices. The inclusion of the E× B particle drift effect is essential in the simulation to …

The injection of light impurity granules into fusion research discharges has shown a great
potential for ELM pacing in future nuclear devices. The present work employed a model …

Pellet injection is a primary method for fueling the plasma in magnetic confinement devices.
For that goal the knowledges of pellet ablation and deposition profiles are critical. In the …

To understand the effect of injected deuterium (D) pellets on background plasma, the
ablation of D pellets and the transport of D species in both atomic and ionic states in the …

To understand how a Li pellet affects the background plasma, the edge plasma code SOLPS
combined with a neutral-gas-shield ablation model has been employed to simulate the …

This paper is a report on using a liquid jet to generate spherical lithium granules which can
be used in fusion devices. The liquid jet uses liquid lithium as the continuous phase and …