Ground-based spectroscopic studies of atmospheric gaseous composition. / Virolainen, Y.; Timofeyev, Y.; Rakitin, A.; Poberovsky, A.; Makarova, M.; Polyakov, A.; Ionov, D.; Kostsov, V.
Ground-based spectroscopic studies of atmospheric gaseous composition. Copernicus GmbH , 2011. p. EGU2011-5591-2.Research output: Chapter in Book/Report/Conference proceeding › Conference contribution › Research
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TY - GEN
T1 - Ground-based spectroscopic studies of atmospheric gaseous composition
AU - Virolainen, Y.
AU - Timofeyev, Y.
AU - Rakitin, A.
AU - Poberovsky, A.
AU - Makarova, M.
AU - Polyakov, A.
AU - Ionov, D.
AU - Kostsov, V.
PY - 2011
Y1 - 2011
N2 - The experimental ground-based spectral complex for determining the atmospheric gaseous content operating at Atmospheric Physics Department, SPbSU is described. The complex includes: 1.IR-spectrometer (SIKS-2) with a medium spectral resolution. 2.IR Fourier spectrometer with a high spectral resolution (Brueker). 3.Automated visible spectrometer (ASK-2). 4.UV and visible spectrometers (Ocean Optics). 5.Microwave ozonometer. Ground-based spectral studies of atmospheric gaseous content were started at the Department in 1990 with measurements of the CO, CH4 and H2O total contents. At present the following measurements are carried out: - spectra of direct solar IR radiation with different spectral resolutions, - spectra of zenith scattered solar UV and visible radiation, - spectra of atmospheric MW thermal radiation. Brueker IR Fourier spectrometer with a high spectral resolution has given the possibility of the first in Russia trace gas measurements (more than 10 gases) with high quality. Results of interpreting a
AB - The experimental ground-based spectral complex for determining the atmospheric gaseous content operating at Atmospheric Physics Department, SPbSU is described. The complex includes: 1.IR-spectrometer (SIKS-2) with a medium spectral resolution. 2.IR Fourier spectrometer with a high spectral resolution (Brueker). 3.Automated visible spectrometer (ASK-2). 4.UV and visible spectrometers (Ocean Optics). 5.Microwave ozonometer. Ground-based spectral studies of atmospheric gaseous content were started at the Department in 1990 with measurements of the CO, CH4 and H2O total contents. At present the following measurements are carried out: - spectra of direct solar IR radiation with different spectral resolutions, - spectra of zenith scattered solar UV and visible radiation, - spectra of atmospheric MW thermal radiation. Brueker IR Fourier spectrometer with a high spectral resolution has given the possibility of the first in Russia trace gas measurements (more than 10 gases) with high quality. Results of interpreting a
M3 - Conference contribution
SN - eISSN 1607-7962
SP - EGU2011-5591-2
BT - Ground-based spectroscopic studies of atmospheric gaseous composition
PB - Copernicus GmbH
ER -
ID: 4536164