Add to ORKGFrom surface effects in controlled thermonuclear fusion devices and reactors meeting; Argonne, Illinois, USA (10 Jan 1974). A brief description of a tokamak is given and some related impurity problems are discudsed. The role of neutral particles and their influence on present and future experiments involving larger machines is described. Some experimental and theoretical data are shown. (MOW
The sensitivity of neutron energy production to the impurity trapping of injected neutral beams is c...
The plasma-surface interactions expected in the divertor of a future fusion reactor are characterize...
The effects of neutral particles on the conditions of the plasma edge play a key role in divertor an...
The region between the well-confined plasma and the vessel walls of a magnetic confinement fusion re...
The purpose of this thesis is to support the optimization of the ‘exhaust-pipe’, or so-called ‘diver...
Plasma-wall interaction leads to the release of impurities and neutrals of the working gas, which co...
BS>From surface effects in controlled thermonuclear fusion devices and reactors Meeting; Argonne, Il...
Plasma-surface interaction is a critical issue on the way to realizing power generation by thermonuc...
Any selfconsistent modeling of the plasma in a Tokamak boundary-layer must include neutral particle ...
Neutral particles of hydrogen isotopes, released locally and impulsively into the plasma of fusion d...
The Tokamak Fusion Test Reactor will be installed at the Princeton Plasma Physics Laboratory facilit...
The plasma-surface interactions expected in the divertor of a future fusion reactor are characterize...
Recently, much effort has been dedicated to understanding the bifurcation involved in the transition...
There are two important issues of Neutral Particle Analysis on International Thermonuclear Experimen...
The components of the neutral- and plasma-surface interaction model used in the Monte Carlo neutral ...
The sensitivity of neutron energy production to the impurity trapping of injected neutral beams is c...
The plasma-surface interactions expected in the divertor of a future fusion reactor are characterize...
The effects of neutral particles on the conditions of the plasma edge play a key role in divertor an...
The region between the well-confined plasma and the vessel walls of a magnetic confinement fusion re...
The purpose of this thesis is to support the optimization of the ‘exhaust-pipe’, or so-called ‘diver...
Plasma-wall interaction leads to the release of impurities and neutrals of the working gas, which co...
BS>From surface effects in controlled thermonuclear fusion devices and reactors Meeting; Argonne, Il...
Plasma-surface interaction is a critical issue on the way to realizing power generation by thermonuc...
Any selfconsistent modeling of the plasma in a Tokamak boundary-layer must include neutral particle ...
Neutral particles of hydrogen isotopes, released locally and impulsively into the plasma of fusion d...
The Tokamak Fusion Test Reactor will be installed at the Princeton Plasma Physics Laboratory facilit...
The plasma-surface interactions expected in the divertor of a future fusion reactor are characterize...
Recently, much effort has been dedicated to understanding the bifurcation involved in the transition...
There are two important issues of Neutral Particle Analysis on International Thermonuclear Experimen...
The components of the neutral- and plasma-surface interaction model used in the Monte Carlo neutral ...
The sensitivity of neutron energy production to the impurity trapping of injected neutral beams is c...
The plasma-surface interactions expected in the divertor of a future fusion reactor are characterize...
The effects of neutral particles on the conditions of the plasma edge play a key role in divertor an...