Abstract
A Michelson interferometer at a wavelength of 0.63 micron was used to measure optical inhomogeneities due to variations of the polarizability of the molecular components in CO/sub 2/-laser mixtures under vibrational excitation in a nonself-sustained electric discharge. It is suggested that the observed effect can be used for the noninertial and noncontact diagnostics of energy-input distribution over the cross section of the active medium of an electroionization CO/sub 2/-laser. Results are presented for N/sub 2/-He, CO/sub 2/-He, CO/sub 2/-N/sub 2/-He, and CO/sub 2/-He mixtures. 10 references.
Citation Formats
Borovkov, V V, Kornilov, V G, Sukhanov, L V, and Chelpanov, V I.
Method for measuring energy-input inhomogeneities in electroionization CO/sub 2/-lasers.
USSR: N. p.,
1987.
Web.
Borovkov, V V, Kornilov, V G, Sukhanov, L V, & Chelpanov, V I.
Method for measuring energy-input inhomogeneities in electroionization CO/sub 2/-lasers.
USSR.
Borovkov, V V, Kornilov, V G, Sukhanov, L V, and Chelpanov, V I.
1987.
"Method for measuring energy-input inhomogeneities in electroionization CO/sub 2/-lasers."
USSR.
@misc{etde_5673692,
title = {Method for measuring energy-input inhomogeneities in electroionization CO/sub 2/-lasers}
author = {Borovkov, V V, Kornilov, V G, Sukhanov, L V, and Chelpanov, V I}
abstractNote = {A Michelson interferometer at a wavelength of 0.63 micron was used to measure optical inhomogeneities due to variations of the polarizability of the molecular components in CO/sub 2/-laser mixtures under vibrational excitation in a nonself-sustained electric discharge. It is suggested that the observed effect can be used for the noninertial and noncontact diagnostics of energy-input distribution over the cross section of the active medium of an electroionization CO/sub 2/-laser. Results are presented for N/sub 2/-He, CO/sub 2/-He, CO/sub 2/-N/sub 2/-He, and CO/sub 2/-He mixtures. 10 references.}
journal = []
volume = {51}
place = {USSR}
year = {1987}
month = {Aug}
}
title = {Method for measuring energy-input inhomogeneities in electroionization CO/sub 2/-lasers}
author = {Borovkov, V V, Kornilov, V G, Sukhanov, L V, and Chelpanov, V I}
abstractNote = {A Michelson interferometer at a wavelength of 0.63 micron was used to measure optical inhomogeneities due to variations of the polarizability of the molecular components in CO/sub 2/-laser mixtures under vibrational excitation in a nonself-sustained electric discharge. It is suggested that the observed effect can be used for the noninertial and noncontact diagnostics of energy-input distribution over the cross section of the active medium of an electroionization CO/sub 2/-laser. Results are presented for N/sub 2/-He, CO/sub 2/-He, CO/sub 2/-N/sub 2/-He, and CO/sub 2/-He mixtures. 10 references.}
journal = []
volume = {51}
place = {USSR}
year = {1987}
month = {Aug}
}