Add to ORKGDeuterium trapping by defects in W polycrystalline foils during ion bombardment was investigated by thermal desorption spectroscopy using the low fluence probe method. Probe TDS spectra showed, that there are at least 6 peaks in the region 350-900 K: at 370 K, 450 K
Hydrogen isotope exchange in tungsten was investigated at various temperatures both after sequential...
Tungsten targets are irradiated with 12.3 MeV W4+ ions to damage levels up to 2.0 displacements per ...
The influence of the presence of deuterium on displacement damage in tungsten is studied by implanti...
Deuterium (D) interaction with vacancies in tungsten (W) was studied using thermal desorption spectr...
AbstractInteraction of deuterium with radiation defects in tungsten was studied by means of thermal ...
International audienceThe possible synergistic effect and mutual influence of the defect production ...
AbstractThermal desorption spectroscopy (TDS) of tungsten implanted with D2+ ions was performed afte...
Thermal desorption spectroscopy (TDS) of tungsten implanted with D2+ ions was performed after irradi...
Deuterium retention was for the first time measured in tungsten samples simultaneously irradiated by...
Tungsten has been proposed for first wall material in thermonuclear reactors, where its behaviour in...
Two sets of identical tungsten (W) targets are irradiated at 300K with 12.3MeV W4+ ions to peak dama...
To understand the deuterium (D) bulk retention behavior in plasma facing materials under reactor-rel...
Characteristics of irradiation-induced hydrogen trapping in tungsten were investigated by observing ...
The possible mutual influence and synergistic effect between defect production and the presence of h...
Pure and Y2O3-doped tungsten samples were simultaneously exposed to deuterium (D) plasma. The follow...
Hydrogen isotope exchange in tungsten was investigated at various temperatures both after sequential...
Tungsten targets are irradiated with 12.3 MeV W4+ ions to damage levels up to 2.0 displacements per ...
The influence of the presence of deuterium on displacement damage in tungsten is studied by implanti...
Deuterium (D) interaction with vacancies in tungsten (W) was studied using thermal desorption spectr...
AbstractInteraction of deuterium with radiation defects in tungsten was studied by means of thermal ...
International audienceThe possible synergistic effect and mutual influence of the defect production ...
AbstractThermal desorption spectroscopy (TDS) of tungsten implanted with D2+ ions was performed afte...
Thermal desorption spectroscopy (TDS) of tungsten implanted with D2+ ions was performed after irradi...
Deuterium retention was for the first time measured in tungsten samples simultaneously irradiated by...
Tungsten has been proposed for first wall material in thermonuclear reactors, where its behaviour in...
Two sets of identical tungsten (W) targets are irradiated at 300K with 12.3MeV W4+ ions to peak dama...
To understand the deuterium (D) bulk retention behavior in plasma facing materials under reactor-rel...
Characteristics of irradiation-induced hydrogen trapping in tungsten were investigated by observing ...
The possible mutual influence and synergistic effect between defect production and the presence of h...
Pure and Y2O3-doped tungsten samples were simultaneously exposed to deuterium (D) plasma. The follow...
Hydrogen isotope exchange in tungsten was investigated at various temperatures both after sequential...
Tungsten targets are irradiated with 12.3 MeV W4+ ions to damage levels up to 2.0 displacements per ...
The influence of the presence of deuterium on displacement damage in tungsten is studied by implanti...