1. Introduction The injection of cryogenic fuel pellets from the tokamak high field side al-lows efficient particle fuelling in hot target plasma. After pellet injection many phenomena take place in the target plasma on different time scales. The pellet ablation and the ablated mass redistribution are followed by a rapid density decrease occurring on a time scale of few mil-liseconds, which is usually correlated to the presence of strong ELM activity. After these faste
An investigation of pellet pacing and triggering of Edge Localized Modes (ELMs) was carried out in t...
Particle deposition deep inside the hot target plasma column by cryogenic hydrogen pellet injection ...
Pellet injection was investigated for its fuelling capability to high densities in ELMy H mode disch...
1. Introduction The injection of cryogenic fuel pellets from the tokamak high field side al-lows eff...
Solid hydrogen isotope pellets are used for fueling in tokamaks, but recently they are applied for E...
Injection of cryogenic deuterium pellets has been successfully applied in ASDEX Upgrade for external...
This work comprises results obtained using the new centrifuge injection system for the two first yea...
Two integrated core/scrape-off layer/divertor transport codes TOPICS-IB and JINTRAC with links to MH...
This paper deals mainly with the numerical simulation on edge localized mode (ELM) pacing by pellet ...
Pellet ELM pacemaking is one of the recently proposed methods to mitigate the ELM caused heat load o...
ITER operational scenarios with high field side pellet fuelling are considered. The possibility of r...
A new pellet injection system was installed on the EAST tokamak and preliminary experiments were per...
Characteristics of edge-localized mode (ELM) energy and particle losses in type-I ELMy H-mode plasma...
High-efficiency tokamak plasma refuelling with cryogenic pellets injected from the magnetic high-fie...
Pellet injection has been used on the DIII-D tokamak to study density limits and particle transport ...
An investigation of pellet pacing and triggering of Edge Localized Modes (ELMs) was carried out in t...
Particle deposition deep inside the hot target plasma column by cryogenic hydrogen pellet injection ...
Pellet injection was investigated for its fuelling capability to high densities in ELMy H mode disch...
1. Introduction The injection of cryogenic fuel pellets from the tokamak high field side al-lows eff...
Solid hydrogen isotope pellets are used for fueling in tokamaks, but recently they are applied for E...
Injection of cryogenic deuterium pellets has been successfully applied in ASDEX Upgrade for external...
This work comprises results obtained using the new centrifuge injection system for the two first yea...
Two integrated core/scrape-off layer/divertor transport codes TOPICS-IB and JINTRAC with links to MH...
This paper deals mainly with the numerical simulation on edge localized mode (ELM) pacing by pellet ...
Pellet ELM pacemaking is one of the recently proposed methods to mitigate the ELM caused heat load o...
ITER operational scenarios with high field side pellet fuelling are considered. The possibility of r...
A new pellet injection system was installed on the EAST tokamak and preliminary experiments were per...
Characteristics of edge-localized mode (ELM) energy and particle losses in type-I ELMy H-mode plasma...
High-efficiency tokamak plasma refuelling with cryogenic pellets injected from the magnetic high-fie...
Pellet injection has been used on the DIII-D tokamak to study density limits and particle transport ...
An investigation of pellet pacing and triggering of Edge Localized Modes (ELMs) was carried out in t...
Particle deposition deep inside the hot target plasma column by cryogenic hydrogen pellet injection ...
Pellet injection was investigated for its fuelling capability to high densities in ELMy H mode disch...