Abstract
Pulses of 20 TW power have been generated at 1064 nm using the Chirped Pulse Amplification technique coupled to a 90 mm output aperture powerful Nd:silicate glass amplification line. This system delivers 60 J in a chirped pulse of 600 ps duration with a capacity of maintaining 3.5 nm output bandwidth. These chirped pulses have been compressed to 1.2 ps with an energy of 24J using large holographic diffraction gratings. After presenting the results we discuss the expected applications in atomic and plasma physics
Citation Formats
Sauteret, C, Husson, D, Rouyer, C, Seznec, S, and Gary, S.
Amplification and focusing of a picosecond chirped pulse to 20TW and 5x10{sup 17}W/cm{sup 2}.
France: N. p.,
1991.
Web.
Sauteret, C, Husson, D, Rouyer, C, Seznec, S, & Gary, S.
Amplification and focusing of a picosecond chirped pulse to 20TW and 5x10{sup 17}W/cm{sup 2}.
France.
Sauteret, C, Husson, D, Rouyer, C, Seznec, S, and Gary, S.
1991.
"Amplification and focusing of a picosecond chirped pulse to 20TW and 5x10{sup 17}W/cm{sup 2}."
France.
@misc{etde_10147135,
title = {Amplification and focusing of a picosecond chirped pulse to 20TW and 5x10{sup 17}W/cm{sup 2}}
author = {Sauteret, C, Husson, D, Rouyer, C, Seznec, S, and Gary, S}
abstractNote = {Pulses of 20 TW power have been generated at 1064 nm using the Chirped Pulse Amplification technique coupled to a 90 mm output aperture powerful Nd:silicate glass amplification line. This system delivers 60 J in a chirped pulse of 600 ps duration with a capacity of maintaining 3.5 nm output bandwidth. These chirped pulses have been compressed to 1.2 ps with an energy of 24J using large holographic diffraction gratings. After presenting the results we discuss the expected applications in atomic and plasma physics}
place = {France}
year = {1991}
month = {Dec}
}
title = {Amplification and focusing of a picosecond chirped pulse to 20TW and 5x10{sup 17}W/cm{sup 2}}
author = {Sauteret, C, Husson, D, Rouyer, C, Seznec, S, and Gary, S}
abstractNote = {Pulses of 20 TW power have been generated at 1064 nm using the Chirped Pulse Amplification technique coupled to a 90 mm output aperture powerful Nd:silicate glass amplification line. This system delivers 60 J in a chirped pulse of 600 ps duration with a capacity of maintaining 3.5 nm output bandwidth. These chirped pulses have been compressed to 1.2 ps with an energy of 24J using large holographic diffraction gratings. After presenting the results we discuss the expected applications in atomic and plasma physics}
place = {France}
year = {1991}
month = {Dec}
}