Add to ORKGAn overview of erosion and deposition processes in fusion machines is presented. The underlying physical and chemical mechanisms are explained. The impact of erosion and deposition on wall lifetime and tritium retention, which define the availability of future fusion machines such as ITER, is discussed. Also, examples of erosion and deposition observed in present fusion experiments are presented. I
The major increase in discharge duration and plasma energy in a next-step DT [deuterium-tritium] fus...
Controlled thermonuclear fusion may become an attractive future electrical power source. The most pr...
Long term erosion/deposition at the plasma facing surfaces as well as the carbon transport to the re...
An overview of erosion and deposition processes in fusion machines is presented. The underlying phys...
This paper gives an overview about erosion and deposition processes in fusion machines. The underlyi...
Processes of erosion and redeposition and their impact on plasma facing materials in devices for mag...
In high temperature plasma experiments several processes contribute to erosion and loss of material ...
The International Tokamak Experimental Reactor (ITER), the first burning fusion plasma experiment ba...
The major increase in discharge duration and plasma energy in a next-step DT fusion reactor will giv...
An overview is given of the wide range of diagnostics that is providing valuable information on the ...
An overview is given of the wide range of diagnostics that is providing valuable information on the ...
For a next-step fusion device the erosion at the vessel walls during normal operation caused by the ...
The issue of first wall and divertor target lifetime represents one of the greatest challenges facin...
The paper concerns experimental investigations of plasma facing components erosion under the plasma ...
AbstrAct. In recent years, a general understanding has been reached about the major pathways of mate...
The major increase in discharge duration and plasma energy in a next-step DT [deuterium-tritium] fus...
Controlled thermonuclear fusion may become an attractive future electrical power source. The most pr...
Long term erosion/deposition at the plasma facing surfaces as well as the carbon transport to the re...
An overview of erosion and deposition processes in fusion machines is presented. The underlying phys...
This paper gives an overview about erosion and deposition processes in fusion machines. The underlyi...
Processes of erosion and redeposition and their impact on plasma facing materials in devices for mag...
In high temperature plasma experiments several processes contribute to erosion and loss of material ...
The International Tokamak Experimental Reactor (ITER), the first burning fusion plasma experiment ba...
The major increase in discharge duration and plasma energy in a next-step DT fusion reactor will giv...
An overview is given of the wide range of diagnostics that is providing valuable information on the ...
An overview is given of the wide range of diagnostics that is providing valuable information on the ...
For a next-step fusion device the erosion at the vessel walls during normal operation caused by the ...
The issue of first wall and divertor target lifetime represents one of the greatest challenges facin...
The paper concerns experimental investigations of plasma facing components erosion under the plasma ...
AbstrAct. In recent years, a general understanding has been reached about the major pathways of mate...
The major increase in discharge duration and plasma energy in a next-step DT [deuterium-tritium] fus...
Controlled thermonuclear fusion may become an attractive future electrical power source. The most pr...
Long term erosion/deposition at the plasma facing surfaces as well as the carbon transport to the re...