We report a comparative Extended X-Ray Fine Structure (EXAFS) study of Er in a-Si:H prepared by Er implantation in a-Si:H and by co-sputtering undergoing the same cumulative annealing processes. It was found that the Er environment in as-implanted samples is formed by Si atoms, which are replaced by oxygen under annealing. In the co-sputtered samples, the initial low coordination oxygen environment evolves under thermal treatment to an Er2O3 -like neighborhood
The local environment of Er3+ in heavily Er-doped (Er, 2.5 at. %) Si nanoclusters embedded in SiO2 f...
Among the luminescent rare earth ions erbium. is a favourable candidate for the incorporation into s...
Erbium ions incorporated into amorphous hydrogenated silicon suboxides (a-SiOx:H) allow to overcome ...
We report a comparative Extended X-Ray Fine Structure (EXAFS) study of Er in a-Si:H prepared by Er i...
The evolution of the chemical environment of Er in hydrogenated amorphous silicon (a-Si:H) prepared ...
The Er local environment of a-Si:H<Er> prepared by PECVD using a metalorganic precursor was de...
Photoluminescence (PL) from Er-implanted hydrogenated amorphous silicon suboxide (a-SiOX:H(x films a...
The Er site in Er + Au-implanted silica has been investigated by x-ray absorption spectroscopy, in p...
The effects of thermal annealing and codoped impurities including carbon, nitrogen, oxygen, and fluo...
In this work the site of Er ions in a silica matrix containing Si nanoclusters (nc) is investigated....
Visible luminescence of amorphous silicon layers either implanted with Er or co-implanted with Er an...
We present a study of silicon (Si) and erbium (Er) coimplanted silica (SiO2) in which we observe, by...
The chemical environment of Er in a-Si:H and a-SiOx:H was determined by extended x-ray absorption fi...
An investigation on the correlation between amorphous Si (a-Si) domains and Er3+ emission in the Er-...
The chemical changes of Ti/Er/n-Si(100) stacks evaporated in high vacuum and grown ex situ by rapid ...
The local environment of Er3+ in heavily Er-doped (Er, 2.5 at. %) Si nanoclusters embedded in SiO2 f...
Among the luminescent rare earth ions erbium. is a favourable candidate for the incorporation into s...
Erbium ions incorporated into amorphous hydrogenated silicon suboxides (a-SiOx:H) allow to overcome ...
We report a comparative Extended X-Ray Fine Structure (EXAFS) study of Er in a-Si:H prepared by Er i...
The evolution of the chemical environment of Er in hydrogenated amorphous silicon (a-Si:H) prepared ...
The Er local environment of a-Si:H<Er> prepared by PECVD using a metalorganic precursor was de...
Photoluminescence (PL) from Er-implanted hydrogenated amorphous silicon suboxide (a-SiOX:H(x films a...
The Er site in Er + Au-implanted silica has been investigated by x-ray absorption spectroscopy, in p...
The effects of thermal annealing and codoped impurities including carbon, nitrogen, oxygen, and fluo...
In this work the site of Er ions in a silica matrix containing Si nanoclusters (nc) is investigated....
Visible luminescence of amorphous silicon layers either implanted with Er or co-implanted with Er an...
We present a study of silicon (Si) and erbium (Er) coimplanted silica (SiO2) in which we observe, by...
The chemical environment of Er in a-Si:H and a-SiOx:H was determined by extended x-ray absorption fi...
An investigation on the correlation between amorphous Si (a-Si) domains and Er3+ emission in the Er-...
The chemical changes of Ti/Er/n-Si(100) stacks evaporated in high vacuum and grown ex situ by rapid ...
The local environment of Er3+ in heavily Er-doped (Er, 2.5 at. %) Si nanoclusters embedded in SiO2 f...
Among the luminescent rare earth ions erbium. is a favourable candidate for the incorporation into s...
Erbium ions incorporated into amorphous hydrogenated silicon suboxides (a-SiOx:H) allow to overcome ...