Add to ORKGImpurity transport phenomena around the divertor target were studied experimentally. We simulated the impurity backflow from the divertor target making use of the linear plasma device and analyzed with a simple one-dimensional fluid modeling. Taking into account the thermal force with the ion temperature gradient of a several eV per meter, the calculated result explains well the observed spatial density distributions of impurity ions. Keywords: divertor, impurity transport, carbon, linear machin
This paper presents carbon impurity flow velocity and temperature measurements in the divertor regio...
Impurity transport is a subject of fundamental importance in plasma physics in general and in tokama...
Impurity ion dynamics measured with simultaneously high spatial and temporal resolution reveal class...
Two dimensional calculations of impurtiy transport in a high recycling divertor scrape-off region ha...
The impurity transport simulation code coupled with 1-D (dimensional) transport / 3-D equilibrium TO...
Abstract. Fully-ionised carbon impurity flow is studied in ion-root, neutral beam heated plasmas by ...
The importance of the parallel flow of primary and impurity ions in the Scrape-Off layer (SOL) of di...
Thesis: Ph. D., Massachusetts Institute of Technology, Department of Nuclear Science and Engineering...
A Monte-Carlo Impurity (MCI) transport code is used to follow trace impurities through multiple ioni...
Deposition of impurities on surfaces of plasma confinement devices is one of essential issues in pre...
Abstract. Part I presented a detailed analysis of outer divertor plasma conditions in low-density L-...
MasterMonitoring impurity behaviors is extremely important to sustain the burning plasmas such as IT...
The analytical results presented in ref, [1] concerning the metal impurity transport in radially hom...
Impurity transport in the peripheral plasma in the Large Helical Device for carbon and tungsten dive...
A description of the carbon transport and sputtering physics contained in the Monte Carlo Impurity (...
This paper presents carbon impurity flow velocity and temperature measurements in the divertor regio...
Impurity transport is a subject of fundamental importance in plasma physics in general and in tokama...
Impurity ion dynamics measured with simultaneously high spatial and temporal resolution reveal class...
Two dimensional calculations of impurtiy transport in a high recycling divertor scrape-off region ha...
The impurity transport simulation code coupled with 1-D (dimensional) transport / 3-D equilibrium TO...
Abstract. Fully-ionised carbon impurity flow is studied in ion-root, neutral beam heated plasmas by ...
The importance of the parallel flow of primary and impurity ions in the Scrape-Off layer (SOL) of di...
Thesis: Ph. D., Massachusetts Institute of Technology, Department of Nuclear Science and Engineering...
A Monte-Carlo Impurity (MCI) transport code is used to follow trace impurities through multiple ioni...
Deposition of impurities on surfaces of plasma confinement devices is one of essential issues in pre...
Abstract. Part I presented a detailed analysis of outer divertor plasma conditions in low-density L-...
MasterMonitoring impurity behaviors is extremely important to sustain the burning plasmas such as IT...
The analytical results presented in ref, [1] concerning the metal impurity transport in radially hom...
Impurity transport in the peripheral plasma in the Large Helical Device for carbon and tungsten dive...
A description of the carbon transport and sputtering physics contained in the Monte Carlo Impurity (...
This paper presents carbon impurity flow velocity and temperature measurements in the divertor regio...
Impurity transport is a subject of fundamental importance in plasma physics in general and in tokama...
Impurity ion dynamics measured with simultaneously high spatial and temporal resolution reveal class...