Abstract
The results are given of an experimental and theoretical study of XeF (wavelength approx. 350 nm) and XeCl (wavelength approx. 308 nm) lasers excited by an electron beam, a discharge stabilized by an electron beam, and a rapid discharge. These lasers are representative of ones employing halides of noble gases, which are the most powerful sources of stimulated emission in the uv region. The XeCl laser is shown to have good emission characteristics with various methods of excitation. An analysis of the kinetics of processes in the plasma of lasers utilizing halides of noble gases showed that the main channel for the transfer of the beam's energy to the formation of excimer molecules is the ionic channel. An efficiency of about 2.6 percent and a specific radiant energy of 10 J.l/sup -1/ showed that XeCl* is one of the most effective excimer molecules.
Citation Formats
Bychkov, Yu I, Konovalov, I N, Losev, V F, Mesyats, G A, Ryzhov, V V, Tarasenko, V F, Fedorov, A I, Shemyakina, S B, and Yastremskii, A G.
Excimer lasers utilizing XeF and XeCl molecules.
USSR: N. p.,
1978.
Web.
Bychkov, Yu I, Konovalov, I N, Losev, V F, Mesyats, G A, Ryzhov, V V, Tarasenko, V F, Fedorov, A I, Shemyakina, S B, & Yastremskii, A G.
Excimer lasers utilizing XeF and XeCl molecules.
USSR.
Bychkov, Yu I, Konovalov, I N, Losev, V F, Mesyats, G A, Ryzhov, V V, Tarasenko, V F, Fedorov, A I, Shemyakina, S B, and Yastremskii, A G.
1978.
"Excimer lasers utilizing XeF and XeCl molecules."
USSR.
@misc{etde_7035364,
title = {Excimer lasers utilizing XeF and XeCl molecules}
author = {Bychkov, Yu I, Konovalov, I N, Losev, V F, Mesyats, G A, Ryzhov, V V, Tarasenko, V F, Fedorov, A I, Shemyakina, S B, and Yastremskii, A G}
abstractNote = {The results are given of an experimental and theoretical study of XeF (wavelength approx. 350 nm) and XeCl (wavelength approx. 308 nm) lasers excited by an electron beam, a discharge stabilized by an electron beam, and a rapid discharge. These lasers are representative of ones employing halides of noble gases, which are the most powerful sources of stimulated emission in the uv region. The XeCl laser is shown to have good emission characteristics with various methods of excitation. An analysis of the kinetics of processes in the plasma of lasers utilizing halides of noble gases showed that the main channel for the transfer of the beam's energy to the formation of excimer molecules is the ionic channel. An efficiency of about 2.6 percent and a specific radiant energy of 10 J.l/sup -1/ showed that XeCl* is one of the most effective excimer molecules.}
journal = []
volume = {42:12}
journal type = {AC}
place = {USSR}
year = {1978}
month = {Dec}
}
title = {Excimer lasers utilizing XeF and XeCl molecules}
author = {Bychkov, Yu I, Konovalov, I N, Losev, V F, Mesyats, G A, Ryzhov, V V, Tarasenko, V F, Fedorov, A I, Shemyakina, S B, and Yastremskii, A G}
abstractNote = {The results are given of an experimental and theoretical study of XeF (wavelength approx. 350 nm) and XeCl (wavelength approx. 308 nm) lasers excited by an electron beam, a discharge stabilized by an electron beam, and a rapid discharge. These lasers are representative of ones employing halides of noble gases, which are the most powerful sources of stimulated emission in the uv region. The XeCl laser is shown to have good emission characteristics with various methods of excitation. An analysis of the kinetics of processes in the plasma of lasers utilizing halides of noble gases showed that the main channel for the transfer of the beam's energy to the formation of excimer molecules is the ionic channel. An efficiency of about 2.6 percent and a specific radiant energy of 10 J.l/sup -1/ showed that XeCl* is one of the most effective excimer molecules.}
journal = []
volume = {42:12}
journal type = {AC}
place = {USSR}
year = {1978}
month = {Dec}
}