The results of high resolution photoluminescence studies of erbium implanted silicon are presented. We show that the apparent enhancement of Er emission by coimplantation with light elements is not due to formation of Er-dopant complexes, but rather to Er forming complexes with defects induced by the implantation process alone
The intra-4f transition close to 1.54 mu m of Er implanted into Si shows rich fine structure due to ...
Erbium-implanted silicones were treated by lamp-heating rapid thermal annealing (RTA). Two types of ...
Erbium ions incorporated into amorphous hydrogenated silicon suboxides (a-SiOx:H) allow to overcome ...
In this paper our recent work on erbium implantation for optical doping of silicon is reviewed. It i...
The electrical and optical properties of Er-implanted Si are shown to be critically dependent on the...
The electrical and optical properties of Er-implanted Si are shown to be critically dependent on the...
Visible luminescence of amorphous silicon layers either implanted with Er or co-implanted with Er an...
The several processes required to achieve Er luminescence in Si are investigated. In particular, the...
The mechanisms of photo and electroluminescence from Er-implanted crystalline Si have been investiga...
This paper reports a study of the non-radiative processes competing with the excitation of the erbiu...
The several processes required to achieve Er luminescence in Si are investigated. In particular, the...
Exciton-mediated energy transfer model in Er-doped silicon was presented. The emission intensity is ...
We investigate the influence of infrared illumination using a free-electron laser on the photolumine...
The several processes required to achieve Er luminescence in Si are investigated. In particular, the...
Erbium implantation in silicon has recently emerged as a promising method to tailor the optical prop...
The intra-4f transition close to 1.54 mu m of Er implanted into Si shows rich fine structure due to ...
Erbium-implanted silicones were treated by lamp-heating rapid thermal annealing (RTA). Two types of ...
Erbium ions incorporated into amorphous hydrogenated silicon suboxides (a-SiOx:H) allow to overcome ...
In this paper our recent work on erbium implantation for optical doping of silicon is reviewed. It i...
The electrical and optical properties of Er-implanted Si are shown to be critically dependent on the...
The electrical and optical properties of Er-implanted Si are shown to be critically dependent on the...
Visible luminescence of amorphous silicon layers either implanted with Er or co-implanted with Er an...
The several processes required to achieve Er luminescence in Si are investigated. In particular, the...
The mechanisms of photo and electroluminescence from Er-implanted crystalline Si have been investiga...
This paper reports a study of the non-radiative processes competing with the excitation of the erbiu...
The several processes required to achieve Er luminescence in Si are investigated. In particular, the...
Exciton-mediated energy transfer model in Er-doped silicon was presented. The emission intensity is ...
We investigate the influence of infrared illumination using a free-electron laser on the photolumine...
The several processes required to achieve Er luminescence in Si are investigated. In particular, the...
Erbium implantation in silicon has recently emerged as a promising method to tailor the optical prop...
The intra-4f transition close to 1.54 mu m of Er implanted into Si shows rich fine structure due to ...
Erbium-implanted silicones were treated by lamp-heating rapid thermal annealing (RTA). Two types of ...
Erbium ions incorporated into amorphous hydrogenated silicon suboxides (a-SiOx:H) allow to overcome ...