Abstract
By doubling the generation frequency of an organic dye laser with lamp pumping, radiation is obtained in the spectral region of 285 to 305 nm. Depending on the mode of operation of a given laser the spectral width of the uv-radiation was 0.5 or approximately 0.003 nm. The maximum energy of second harmonic pulses was equal to approximately 0.01 J. (SJR)
Citation Formats
Anufrik, S S, Mostovnikov, V A, and Rubinov, A N.
Production of spectrally reconstructed uv-radiation by means of a nonlinear conversion of the generation frequency of a dye laser with lamp pumping.
Belarus: N. p.,
1976.
Web.
Anufrik, S S, Mostovnikov, V A, & Rubinov, A N.
Production of spectrally reconstructed uv-radiation by means of a nonlinear conversion of the generation frequency of a dye laser with lamp pumping.
Belarus.
Anufrik, S S, Mostovnikov, V A, and Rubinov, A N.
1976.
"Production of spectrally reconstructed uv-radiation by means of a nonlinear conversion of the generation frequency of a dye laser with lamp pumping."
Belarus.
@misc{etde_7352984,
title = {Production of spectrally reconstructed uv-radiation by means of a nonlinear conversion of the generation frequency of a dye laser with lamp pumping}
author = {Anufrik, S S, Mostovnikov, V A, and Rubinov, A N}
abstractNote = {By doubling the generation frequency of an organic dye laser with lamp pumping, radiation is obtained in the spectral region of 285 to 305 nm. Depending on the mode of operation of a given laser the spectral width of the uv-radiation was 0.5 or approximately 0.003 nm. The maximum energy of second harmonic pulses was equal to approximately 0.01 J. (SJR)}
journal = []
volume = {24:3}
journal type = {AC}
place = {Belarus}
year = {1976}
month = {Mar}
}
title = {Production of spectrally reconstructed uv-radiation by means of a nonlinear conversion of the generation frequency of a dye laser with lamp pumping}
author = {Anufrik, S S, Mostovnikov, V A, and Rubinov, A N}
abstractNote = {By doubling the generation frequency of an organic dye laser with lamp pumping, radiation is obtained in the spectral region of 285 to 305 nm. Depending on the mode of operation of a given laser the spectral width of the uv-radiation was 0.5 or approximately 0.003 nm. The maximum energy of second harmonic pulses was equal to approximately 0.01 J. (SJR)}
journal = []
volume = {24:3}
journal type = {AC}
place = {Belarus}
year = {1976}
month = {Mar}
}