Abstract
The European Communities` EUREKA Project EU213 aims at developing, through a collaboration between the Netherlands, United Kingdom and Italy, excimer laser sources with an average power of the order of 1 kW. Different combinations of energy/pulse-repetition rates have been taken into consideration: the Italian contribution will be limited to two systems, having 10 J/pulse, 100 Hz and 1 J/p, 1 kHz as operating parameters, respectively. The work will be carried out by means of a collaboration between ENEA (the Italian Agency for Energy, New Technologies and the Environment), Off. Galileo and Irvin Elettronica. The operation of the final systems is planned for the end of 1992. At the beginning of the project, the following basic lines were decided: preionization: X-ray; excimer: XeCl ; intermediate step: two prototypes in full scale with respect to energy/pulse, but with average power of about 100 W; second step: scale in rep. rate up to the final power; theoretical work: special attention to simulation codes, especially to kinetic codes, codes for MOPA systems and codes for acoustic waves generated by the discharge.
Citation Formats
Bollanti, S, Di Lazzaro, P, Flora, F, Giordano, G, Letardi, T, Schina, G, Fu, S, Gerardino, A, and Lisi, N.
Excimer laser development at Enea in Frascati (Italy) under the Eurolaser programme.
Italy: N. p.,
1991.
Web.
Bollanti, S, Di Lazzaro, P, Flora, F, Giordano, G, Letardi, T, Schina, G, Fu, S, Gerardino, A, & Lisi, N.
Excimer laser development at Enea in Frascati (Italy) under the Eurolaser programme.
Italy.
Bollanti, S, Di Lazzaro, P, Flora, F, Giordano, G, Letardi, T, Schina, G, Fu, S, Gerardino, A, and Lisi, N.
1991.
"Excimer laser development at Enea in Frascati (Italy) under the Eurolaser programme."
Italy.
@misc{etde_10148604,
title = {Excimer laser development at Enea in Frascati (Italy) under the Eurolaser programme}
author = {Bollanti, S, Di Lazzaro, P, Flora, F, Giordano, G, Letardi, T, Schina, G, Fu, S, Gerardino, A, and Lisi, N}
abstractNote = {The European Communities` EUREKA Project EU213 aims at developing, through a collaboration between the Netherlands, United Kingdom and Italy, excimer laser sources with an average power of the order of 1 kW. Different combinations of energy/pulse-repetition rates have been taken into consideration: the Italian contribution will be limited to two systems, having 10 J/pulse, 100 Hz and 1 J/p, 1 kHz as operating parameters, respectively. The work will be carried out by means of a collaboration between ENEA (the Italian Agency for Energy, New Technologies and the Environment), Off. Galileo and Irvin Elettronica. The operation of the final systems is planned for the end of 1992. At the beginning of the project, the following basic lines were decided: preionization: X-ray; excimer: XeCl ; intermediate step: two prototypes in full scale with respect to energy/pulse, but with average power of about 100 W; second step: scale in rep. rate up to the final power; theoretical work: special attention to simulation codes, especially to kinetic codes, codes for MOPA systems and codes for acoustic waves generated by the discharge.}
place = {Italy}
year = {1991}
month = {May}
}
title = {Excimer laser development at Enea in Frascati (Italy) under the Eurolaser programme}
author = {Bollanti, S, Di Lazzaro, P, Flora, F, Giordano, G, Letardi, T, Schina, G, Fu, S, Gerardino, A, and Lisi, N}
abstractNote = {The European Communities` EUREKA Project EU213 aims at developing, through a collaboration between the Netherlands, United Kingdom and Italy, excimer laser sources with an average power of the order of 1 kW. Different combinations of energy/pulse-repetition rates have been taken into consideration: the Italian contribution will be limited to two systems, having 10 J/pulse, 100 Hz and 1 J/p, 1 kHz as operating parameters, respectively. The work will be carried out by means of a collaboration between ENEA (the Italian Agency for Energy, New Technologies and the Environment), Off. Galileo and Irvin Elettronica. The operation of the final systems is planned for the end of 1992. At the beginning of the project, the following basic lines were decided: preionization: X-ray; excimer: XeCl ; intermediate step: two prototypes in full scale with respect to energy/pulse, but with average power of about 100 W; second step: scale in rep. rate up to the final power; theoretical work: special attention to simulation codes, especially to kinetic codes, codes for MOPA systems and codes for acoustic waves generated by the discharge.}
place = {Italy}
year = {1991}
month = {May}
}