An injector for making solid hydrogen pellets around impurity cores has been developed for plasma transport study in large helical device. A technique has been employed for automatic loading carbon or polystyrene cores of 0.2 mm diameter from a gun magazine to a light-gas gun barrel. The injector is equipped with a cryocooler and is able to form a 3.2 mm long and 3 mm diameter cylindrical solid hydrogen pellet at 7 8 K with an impurity core in its center within 6 min and to inject it in the light-gas gun up to 1 km/s
We report the design, construction and the testbed results for a novel compact gas gun injector for ...
Mención Internacional en el título de doctorPlasma core fuelling is a key issue for the development ...
Particle deposition deep inside the hot target plasma column by cryogenic hydrogen pellet injection ...
Two types of solid hydrogen pellet injection systems have been developed, and plasma refueling exper...
A 20 barrel solid hydrogen pellet injector, which is able to inject 20 cylindrical pellets with a di...
In order to obtain a better understanding of impurity transport in magnetically confined plasmas, a ...
he method of tracer-encapsulated solid pellet (TESPEL) is now flourishing in various fields. The ori...
A small tungsten grain encapsulated in a polystyrene pellet was injected into plasmas in the large h...
Two new repetitive injectors providing a steady state plasma fuelling by an unlimited number of pell...
A cryogenic pellet injector (PI) and tracer encapsulated solid pellet (TESPEL) injector system has b...
A new conceptual design of a centrifuge injector for steady state plasma refuelling by solid hydroge...
The diagnostics method of a tracer-encapsulated solid pellet (TESPEL) has been developed. TESPEL con...
A repetitive pellet injector has been developed for investigation of refueling issues towards the st...
This work comprises results obtained using the new centrifuge injection system for the two first yea...
A Tracer-Encapsulated Solid Pellet (TESPEL) was developed for promoting an impurity transport study ...
We report the design, construction and the testbed results for a novel compact gas gun injector for ...
Mención Internacional en el título de doctorPlasma core fuelling is a key issue for the development ...
Particle deposition deep inside the hot target plasma column by cryogenic hydrogen pellet injection ...
Two types of solid hydrogen pellet injection systems have been developed, and plasma refueling exper...
A 20 barrel solid hydrogen pellet injector, which is able to inject 20 cylindrical pellets with a di...
In order to obtain a better understanding of impurity transport in magnetically confined plasmas, a ...
he method of tracer-encapsulated solid pellet (TESPEL) is now flourishing in various fields. The ori...
A small tungsten grain encapsulated in a polystyrene pellet was injected into plasmas in the large h...
Two new repetitive injectors providing a steady state plasma fuelling by an unlimited number of pell...
A cryogenic pellet injector (PI) and tracer encapsulated solid pellet (TESPEL) injector system has b...
A new conceptual design of a centrifuge injector for steady state plasma refuelling by solid hydroge...
The diagnostics method of a tracer-encapsulated solid pellet (TESPEL) has been developed. TESPEL con...
A repetitive pellet injector has been developed for investigation of refueling issues towards the st...
This work comprises results obtained using the new centrifuge injection system for the two first yea...
A Tracer-Encapsulated Solid Pellet (TESPEL) was developed for promoting an impurity transport study ...
We report the design, construction and the testbed results for a novel compact gas gun injector for ...
Mención Internacional en el título de doctorPlasma core fuelling is a key issue for the development ...
Particle deposition deep inside the hot target plasma column by cryogenic hydrogen pellet injection ...