From the results of the simulation study including pellet ablation and 1-D transport code, it is found that a high speed pellet injector with pellet velocity of more than 3 km/s is necessary for the penetration of the pellet with diameter of 3 mm into the core region under the expected plasma condition of Large Helical Device (LHD) of heliotron/stellarator type with superconducting coils at NIFS in Japan. Therefore, a two stage pellet injector was constructed and tested successfully in order to obtain the pellet velocity range of 3 km/s. Based upon the above results, a high speed flexible multiple-pellet injection system "HIPEL" for LHD is proposed. HIPEL consists of independent (1) 10 two-stage gun barrels and (2) 10 single-stage gun barre...
The pellet fueling system on DIII-D has been modified for injection of deuterium pellets from two ve...
For attaining a higher fueling efficiency in JT-60U centrifugal pellet injection experiments, guide ...
Experiments have shown that pellet fuelling of ITER will be optimized by injection of high-speed pel...
From the results of the simulation study including pellet ablation and 1-D transport code, it is fou...
"New technologies of pellet production and acceleration for fueling and diagnostics purposes in larg...
A 20 barrel solid hydrogen pellet injector, which is able to inject 20 cylindrical pellets with a di...
A repetitive pellet injector has been developed for investigation of refueling issues towards the st...
Particle deposition deep inside the hot target plasma column by cryogenic hydrogen pellet injection ...
Oak Ridge National Laboratory (ORNL) has been developing pellet injectors for plasma fueling experim...
Two types of solid hydrogen pellet injection systems have been developed, and plasma refueling exper...
"In the program of physical studies on the Large Helical Device (LHD) injection of several hydrogen ...
Pellet injection represents, to date, the most promising option for core fuelling of the EU-DEMO tok...
New repetitive multibarrel pellet injector for steady-state fueling and diagnostics purposes in larg...
An advanced railgun system has been developed to assess its feasibility as a hypervelocity hydrogen ...
In experiments on ASDEX-Upgrade and DIII-D tokamaks, the injection of D2 pellets from the magnetic h...
The pellet fueling system on DIII-D has been modified for injection of deuterium pellets from two ve...
For attaining a higher fueling efficiency in JT-60U centrifugal pellet injection experiments, guide ...
Experiments have shown that pellet fuelling of ITER will be optimized by injection of high-speed pel...
From the results of the simulation study including pellet ablation and 1-D transport code, it is fou...
"New technologies of pellet production and acceleration for fueling and diagnostics purposes in larg...
A 20 barrel solid hydrogen pellet injector, which is able to inject 20 cylindrical pellets with a di...
A repetitive pellet injector has been developed for investigation of refueling issues towards the st...
Particle deposition deep inside the hot target plasma column by cryogenic hydrogen pellet injection ...
Oak Ridge National Laboratory (ORNL) has been developing pellet injectors for plasma fueling experim...
Two types of solid hydrogen pellet injection systems have been developed, and plasma refueling exper...
"In the program of physical studies on the Large Helical Device (LHD) injection of several hydrogen ...
Pellet injection represents, to date, the most promising option for core fuelling of the EU-DEMO tok...
New repetitive multibarrel pellet injector for steady-state fueling and diagnostics purposes in larg...
An advanced railgun system has been developed to assess its feasibility as a hypervelocity hydrogen ...
In experiments on ASDEX-Upgrade and DIII-D tokamaks, the injection of D2 pellets from the magnetic h...
The pellet fueling system on DIII-D has been modified for injection of deuterium pellets from two ve...
For attaining a higher fueling efficiency in JT-60U centrifugal pellet injection experiments, guide ...
Experiments have shown that pellet fuelling of ITER will be optimized by injection of high-speed pel...