A W(100) single crystal was implanted with low doses Ag, Cu, Mn, Cr, Al or In. Subsequent heating to 1600 K removed all vacancies and left the implants in substitutional positions. Low energy He was injected, and binding of He to the substitutional impurities was observed. Binding energies were found as high as 1.25 eV for one He atom. Pair potential calculations were performed; the calculated binding energies correspond reasonably with the measured ones
AbstractTungsten samples are exposed to 3He plasma to quantify their helium retention behavior. The ...
Tungsten is a likely material for divertor armour in fusion reactors. We describe recent progress co...
Tungsten is a likely material for divertor armour in fusion reactors. We describe recent progress co...
A W(100) single crystal was implanted with low doses Ag, Cu, Mn, Cr, Al or In. Subsequent heating to...
The damages of implanted helium ions together with energetic neutrons in tungsten is concerned under...
Dans les réacteurs à fusion, le tungstène subira des contraintes sévères dont, l’irradiation neutron...
In fusion reactors, tungsten suffers severe constraints such as an intense neutron irradiation which...
A W(100) single crystal was irradiated with 5-10 keV of different metallic species (Ag, Cu, Cr, Mn, ...
Le tungstène sera soumis à des conditions extrêmes de température et de bombardement de particules e...
Tungsten is the front-runner material for armour components in future fusion reactors. In-service, ...
International audienceHelium implantations are experimentally performed in order to observe the form...
The trapping of vacancies by implanted atoms is calculated. After low energy implantation (5 keV) of...
In this work we developed an embedded atom method potential for large scale atomistic simulations in...
Tungsten has been chosen as the divertor armour material in ITER and is the main candidate material ...
Molecular dynamics simulations have been used to study plasma material interactions to better unders...
AbstractTungsten samples are exposed to 3He plasma to quantify their helium retention behavior. The ...
Tungsten is a likely material for divertor armour in fusion reactors. We describe recent progress co...
Tungsten is a likely material for divertor armour in fusion reactors. We describe recent progress co...
A W(100) single crystal was implanted with low doses Ag, Cu, Mn, Cr, Al or In. Subsequent heating to...
The damages of implanted helium ions together with energetic neutrons in tungsten is concerned under...
Dans les réacteurs à fusion, le tungstène subira des contraintes sévères dont, l’irradiation neutron...
In fusion reactors, tungsten suffers severe constraints such as an intense neutron irradiation which...
A W(100) single crystal was irradiated with 5-10 keV of different metallic species (Ag, Cu, Cr, Mn, ...
Le tungstène sera soumis à des conditions extrêmes de température et de bombardement de particules e...
Tungsten is the front-runner material for armour components in future fusion reactors. In-service, ...
International audienceHelium implantations are experimentally performed in order to observe the form...
The trapping of vacancies by implanted atoms is calculated. After low energy implantation (5 keV) of...
In this work we developed an embedded atom method potential for large scale atomistic simulations in...
Tungsten has been chosen as the divertor armour material in ITER and is the main candidate material ...
Molecular dynamics simulations have been used to study plasma material interactions to better unders...
AbstractTungsten samples are exposed to 3He plasma to quantify their helium retention behavior. The ...
Tungsten is a likely material for divertor armour in fusion reactors. We describe recent progress co...
Tungsten is a likely material for divertor armour in fusion reactors. We describe recent progress co...