The effect of Al ion irradiation on the mobility of Xe gas bubbles in Al thin films was investigated. Transmission electron microscopy was used to determine bubble diffusivities in films irradiated and/or annealed at 673K, 723K and 773K. Irradiation increased bubble diffusivity by a factor of 2--9 over that due to thermal annealing alone. The Arrhenius behavior and dose rate dependence of bubble diffusivity are consistent with a radiation enhanced diffusion phenomenon affecting a volume diffusion mechanism of bubble transport. 9 refs., 3 figs., 2 tabs
Evolution of He bubbles in Au has been followed with in situ electron microscopy during 400 keV Ar i...
The intra-granular fission gas release during post-irradiation annealing tests cannot be predicted i...
Fission gases (Xe, Kr) produced during irradiation in a nuclear fuel can contribute to significant e...
The evolution of individual He bubbles in thin Al foils during 200-keV Xe irradiation at room-temper...
Thin aluminium foils have been implanted, primarily with argon ions but also with other inert gases....
In this study, the authors studied simultaneous and intermittent electron irradiation effects on bub...
In the present work, we have studied the most important parameters which can influence the radiation...
The evolution of individual helium bubbles in thin foils of gold and aluminum irradiated with 400 ke...
The evolution of individual helium bubbles in thin foils of gold and aluminum irradiated with 400 ke...
The behaviour of radiation-induced gas in neutronirradiated aluminium-lithium alloys was investigate...
The evolution of small helium bubbles in thin gold and aluminum foils has been followed during irrad...
The influence of microstructure and composition on the effects of ion irradiation in Al alloys was s...
The changes in stress-rupture properties of an aluminium-lithium alloy induced by the presence of in...
Effects of 1 MeV electron irradiation on Xe precipitates in Al, formed by ion implantation, have bee...
Intragranular bubbles grow in the nuclear fuel by diffusion and precipitation of fission gases, main...
Evolution of He bubbles in Au has been followed with in situ electron microscopy during 400 keV Ar i...
The intra-granular fission gas release during post-irradiation annealing tests cannot be predicted i...
Fission gases (Xe, Kr) produced during irradiation in a nuclear fuel can contribute to significant e...
The evolution of individual He bubbles in thin Al foils during 200-keV Xe irradiation at room-temper...
Thin aluminium foils have been implanted, primarily with argon ions but also with other inert gases....
In this study, the authors studied simultaneous and intermittent electron irradiation effects on bub...
In the present work, we have studied the most important parameters which can influence the radiation...
The evolution of individual helium bubbles in thin foils of gold and aluminum irradiated with 400 ke...
The evolution of individual helium bubbles in thin foils of gold and aluminum irradiated with 400 ke...
The behaviour of radiation-induced gas in neutronirradiated aluminium-lithium alloys was investigate...
The evolution of small helium bubbles in thin gold and aluminum foils has been followed during irrad...
The influence of microstructure and composition on the effects of ion irradiation in Al alloys was s...
The changes in stress-rupture properties of an aluminium-lithium alloy induced by the presence of in...
Effects of 1 MeV electron irradiation on Xe precipitates in Al, formed by ion implantation, have bee...
Intragranular bubbles grow in the nuclear fuel by diffusion and precipitation of fission gases, main...
Evolution of He bubbles in Au has been followed with in situ electron microscopy during 400 keV Ar i...
The intra-granular fission gas release during post-irradiation annealing tests cannot be predicted i...
Fission gases (Xe, Kr) produced during irradiation in a nuclear fuel can contribute to significant e...