Removal of helium, the ash from the D-T-fusion reaction, from a burning plasma flame, is one of the critical issues for future thermonuclear burning plasma. Even in plasmas driven by additional heating to large Q-values this is a severe problem. Recombination of fuel and ash ions at plasma exposed surfaces, re-emission as neutral particles and subsequent pumping ("recycling") provides, at least in principle, the mechanism to flush the plasma from its ash. However, plasma surface interaction has to be limited in order to protect vessel components from excessive thermal load, often a conflicting requirement
In high temperature plasma experiments several processes contribute to erosion and loss of material ...
In high temperature plasma experiments several processes contribute to erosion and loss of material ...
From topical conference on energy; Philadelphia, Pennsylvania, USA (Nov 1973). A problem common to a...
Removal of helium, the ash from the D-T-fusion reaction, from a burning plasma flame, is one of the ...
The effect of thermal helium "ash" accumulation on the ignition burn parameter has been examined usi...
The effect of thermal helium "ash" accumulation on the ignition burn parameter has been examined usi...
Recently renewed attention has focused an the problem of helium ash accumulation in burning Fusion p...
The time evolution of plasma density, temperature and thermal alpha-particle density are considered ...
Helium ash production and transport have been measured in TFTR deuterium-tritium plasmas using charg...
Next generation tokamaks offer the possibility of highly efficient energy generation from the fusion...
Next generation tokamaks offer the possibility of highly efficient energy generation from the fusion...
Next generation tokamaks offer the possibility of highly efficient energy generation from the fusion...
Plasma wall interaction is one of the key problems on the way to controlled nuclear fusion. The inte...
Next generation tokamaks offer the possibility of highly efficient energy generation from the fusion...
An analysis of the burn equilibria of fusion reactors of the tokamak family is presented. The global...
In high temperature plasma experiments several processes contribute to erosion and loss of material ...
In high temperature plasma experiments several processes contribute to erosion and loss of material ...
From topical conference on energy; Philadelphia, Pennsylvania, USA (Nov 1973). A problem common to a...
Removal of helium, the ash from the D-T-fusion reaction, from a burning plasma flame, is one of the ...
The effect of thermal helium "ash" accumulation on the ignition burn parameter has been examined usi...
The effect of thermal helium "ash" accumulation on the ignition burn parameter has been examined usi...
Recently renewed attention has focused an the problem of helium ash accumulation in burning Fusion p...
The time evolution of plasma density, temperature and thermal alpha-particle density are considered ...
Helium ash production and transport have been measured in TFTR deuterium-tritium plasmas using charg...
Next generation tokamaks offer the possibility of highly efficient energy generation from the fusion...
Next generation tokamaks offer the possibility of highly efficient energy generation from the fusion...
Next generation tokamaks offer the possibility of highly efficient energy generation from the fusion...
Plasma wall interaction is one of the key problems on the way to controlled nuclear fusion. The inte...
Next generation tokamaks offer the possibility of highly efficient energy generation from the fusion...
An analysis of the burn equilibria of fusion reactors of the tokamak family is presented. The global...
In high temperature plasma experiments several processes contribute to erosion and loss of material ...
In high temperature plasma experiments several processes contribute to erosion and loss of material ...
From topical conference on energy; Philadelphia, Pennsylvania, USA (Nov 1973). A problem common to a...