The interaction of hafnium implanted into beryllium single crystals with diffusing oxygen was studied using hyperfine interaction and Rutherford backscattering channeling techniques. It was observed that oxygen is trapped at hafnium in a well defined lattice position. The formation of a 〈0001〉 Hf‐O mixed dumbbell in the tetrahedral interstitial cage of the beryllium lattice is suggested to explain the experimental results
The atomistic and electronic structures of isolated hydrogen states in BeO were studied by ab initio...
Analysis of oxygen on beryllium can be routinely performed using helium-ion backscattering (RBS). Ho...
Centre de Calcul Intensif d’Aix-Marseille is acknowledged for granting access to high performance co...
The interaction of hafnium implanted into beryllium single crystals with diffusing oxygen was studie...
International audienceIn the quest of new renewable sources of energy, hydrogen is a promising candi...
In this work experiments were performed to measure the lattice site occupation of implanted species ...
Crystal structure and phase transition in the hafnium-oxygen system containing 10-20 at% O have been...
Perturbed angular correlation studies on Hafnium foil subjected to annealing in oxygen atmosphere sh...
Perturbed angular correlation, Rutherford backscattering and channelling experiments were conducted ...
In this study, the interaction of energetic oxygen ions with the beryllium tungsten alloy Be2W is in...
Molten flibe (2LiF·BeF2) is a candidate as a cooling and tritium breeding media for future fusion po...
Adsorption of oxygen on the Mo (112) surface precovered with a pseudomorphic monolayer of beryllium ...
International audienceThe behavior of hydrogen in perfect wurtzite beryllium oxide is herein investi...
The fluorine incorporation into HfO2 with oxygen vacancies has been investigated using first princip...
Author Institution: Department of Chemistry, University of VirginiaPulsed-laser ablated beryllium at...
The atomistic and electronic structures of isolated hydrogen states in BeO were studied by ab initio...
Analysis of oxygen on beryllium can be routinely performed using helium-ion backscattering (RBS). Ho...
Centre de Calcul Intensif d’Aix-Marseille is acknowledged for granting access to high performance co...
The interaction of hafnium implanted into beryllium single crystals with diffusing oxygen was studie...
International audienceIn the quest of new renewable sources of energy, hydrogen is a promising candi...
In this work experiments were performed to measure the lattice site occupation of implanted species ...
Crystal structure and phase transition in the hafnium-oxygen system containing 10-20 at% O have been...
Perturbed angular correlation studies on Hafnium foil subjected to annealing in oxygen atmosphere sh...
Perturbed angular correlation, Rutherford backscattering and channelling experiments were conducted ...
In this study, the interaction of energetic oxygen ions with the beryllium tungsten alloy Be2W is in...
Molten flibe (2LiF·BeF2) is a candidate as a cooling and tritium breeding media for future fusion po...
Adsorption of oxygen on the Mo (112) surface precovered with a pseudomorphic monolayer of beryllium ...
International audienceThe behavior of hydrogen in perfect wurtzite beryllium oxide is herein investi...
The fluorine incorporation into HfO2 with oxygen vacancies has been investigated using first princip...
Author Institution: Department of Chemistry, University of VirginiaPulsed-laser ablated beryllium at...
The atomistic and electronic structures of isolated hydrogen states in BeO were studied by ab initio...
Analysis of oxygen on beryllium can be routinely performed using helium-ion backscattering (RBS). Ho...
Centre de Calcul Intensif d’Aix-Marseille is acknowledged for granting access to high performance co...