Abstract
It is presented the experimental and modelling results of the first self-injected excimer laser. The intracavity losses of a XeCl oscillator are properly modulated by a Pockels Cell allowing the generation, amplification and extraction of short laser pulses with selectable duration in the range (1-12)ns, tailored temporal profile and peak power increment up to a factor three. Longer output laser pulses, up to 100 ns, can be obtained by slicing the intracavity laser radiation without peak power increment. Laser output peak power in excess of 2 MW have been obtained, with remarkable reproducibility characteristics.
Di Lazzaro, P;
Flora, F;
Letardi, T
[1]
- ENEA, Frascati (Italy). Centro Ricerche Energia - Area Energia e Innovazione
Citation Formats
Di Lazzaro, P, Flora, F, and Letardi, T.
Self-injected XeCl excimer laser.
Italy: N. p.,
1994.
Web.
Di Lazzaro, P, Flora, F, & Letardi, T.
Self-injected XeCl excimer laser.
Italy.
Di Lazzaro, P, Flora, F, and Letardi, T.
1994.
"Self-injected XeCl excimer laser."
Italy.
@misc{etde_10123697,
title = {Self-injected XeCl excimer laser}
author = {Di Lazzaro, P, Flora, F, and Letardi, T}
abstractNote = {It is presented the experimental and modelling results of the first self-injected excimer laser. The intracavity losses of a XeCl oscillator are properly modulated by a Pockels Cell allowing the generation, amplification and extraction of short laser pulses with selectable duration in the range (1-12)ns, tailored temporal profile and peak power increment up to a factor three. Longer output laser pulses, up to 100 ns, can be obtained by slicing the intracavity laser radiation without peak power increment. Laser output peak power in excess of 2 MW have been obtained, with remarkable reproducibility characteristics.}
place = {Italy}
year = {1994}
month = {Oct}
}
title = {Self-injected XeCl excimer laser}
author = {Di Lazzaro, P, Flora, F, and Letardi, T}
abstractNote = {It is presented the experimental and modelling results of the first self-injected excimer laser. The intracavity losses of a XeCl oscillator are properly modulated by a Pockels Cell allowing the generation, amplification and extraction of short laser pulses with selectable duration in the range (1-12)ns, tailored temporal profile and peak power increment up to a factor three. Longer output laser pulses, up to 100 ns, can be obtained by slicing the intracavity laser radiation without peak power increment. Laser output peak power in excess of 2 MW have been obtained, with remarkable reproducibility characteristics.}
place = {Italy}
year = {1994}
month = {Oct}
}