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The study of ozonosphere trace gases near St.Petersburg on the basis of FTIR solar spectra measurements. / Virolainen, Yana; Polyakov, Alexander; Timofeyev, Yury; Poberovsky, Anatoly.

The study of ozonosphere trace gases near St.Petersburg on the basis of FTIR solar spectra measurements. Copernicus GmbH , 2013. p. EGU2013-753.

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution › Research

Harvard

Virolainen, Y, Polyakov, A, Timofeyev, Y & Poberovsky, A 2013, The study of ozonosphere trace gases near St.Petersburg on the basis of FTIR solar spectra measurements. in The study of ozonosphere trace gases near St.Petersburg on the basis of FTIR solar spectra measurements. Copernicus GmbH , pp. EGU2013-753. <http://meetingorganizer.copernicus.org/EGU2013/posters/11591>

APA

Virolainen, Y., Polyakov, A., Timofeyev, Y., & Poberovsky, A. (2013). The study of ozonosphere trace gases near St.Petersburg on the basis of FTIR solar spectra measurements. In The study of ozonosphere trace gases near St.Petersburg on the basis of FTIR solar spectra measurements (pp. EGU2013-753). Copernicus GmbH . http://meetingorganizer.copernicus.org/EGU2013/posters/11591

Vancouver

Virolainen Y, Polyakov A, Timofeyev Y, Poberovsky A. The study of ozonosphere trace gases near St.Petersburg on the basis of FTIR solar spectra measurements. In The study of ozonosphere trace gases near St.Petersburg on the basis of FTIR solar spectra measurements. Copernicus GmbH . 2013. p. EGU2013-753

Author

Virolainen, Yana ; Polyakov, Alexander ; Timofeyev, Yury ; Poberovsky, Anatoly. / The study of ozonosphere trace gases near St.Petersburg on the basis of FTIR solar spectra measurements. The study of ozonosphere trace gases near St.Petersburg on the basis of FTIR solar spectra measurements. Copernicus GmbH , 2013. pp. EGU2013-753

BibTeX

@inproceedings{97cc4f33d66943c1a3fa771609655c5b,
title = "The study of ozonosphere trace gases near St.Petersburg on the basis of FTIR solar spectra measurements",
abstract = "The ground-based method of the direct solar IR radiance measurements by FTIR spectrometer with high spectral resolution (0.005 cm-1) has been considered. The spectra measured at St. Petersburg State University (59.88N, 29.82E) in 2009-2012 have been analyzed. The amounts of ozone isotopes and ozone-cycle trace gases have been retrieved with PROFFIT software. The obtained data have been analyzed independently and simultaneously and compared with other remote sensing methods data as well as with models. The correlations between temporal variations of different ozonosphere trace gases have been studied. It has been shown that ground-based high-resolution FTIR-spectrometer method can be used in validation of satellite data and in refinement of models{\textquoteright} parameters. This work has been partly supported by grant of Russian Foundation for Basic Research 12-05-00596 and 12-05-00445.",
author = "Yana Virolainen and Alexander Polyakov and Yury Timofeyev and Anatoly Poberovsky",
year = "2013",
language = "English",
isbn = "eISSN 1607-7962",
pages = "EGU2013--753",
booktitle = "The study of ozonosphere trace gases near St.Petersburg on the basis of FTIR solar spectra measurements",
publisher = "Copernicus GmbH ",
address = "Germany",

}

RIS

TY - GEN

T1 - The study of ozonosphere trace gases near St.Petersburg on the basis of FTIR solar spectra measurements

AU - Virolainen, Yana

AU - Polyakov, Alexander

AU - Timofeyev, Yury

AU - Poberovsky, Anatoly

PY - 2013

Y1 - 2013

N2 - The ground-based method of the direct solar IR radiance measurements by FTIR spectrometer with high spectral resolution (0.005 cm-1) has been considered. The spectra measured at St. Petersburg State University (59.88N, 29.82E) in 2009-2012 have been analyzed. The amounts of ozone isotopes and ozone-cycle trace gases have been retrieved with PROFFIT software. The obtained data have been analyzed independently and simultaneously and compared with other remote sensing methods data as well as with models. The correlations between temporal variations of different ozonosphere trace gases have been studied. It has been shown that ground-based high-resolution FTIR-spectrometer method can be used in validation of satellite data and in refinement of models’ parameters. This work has been partly supported by grant of Russian Foundation for Basic Research 12-05-00596 and 12-05-00445.

AB - The ground-based method of the direct solar IR radiance measurements by FTIR spectrometer with high spectral resolution (0.005 cm-1) has been considered. The spectra measured at St. Petersburg State University (59.88N, 29.82E) in 2009-2012 have been analyzed. The amounts of ozone isotopes and ozone-cycle trace gases have been retrieved with PROFFIT software. The obtained data have been analyzed independently and simultaneously and compared with other remote sensing methods data as well as with models. The correlations between temporal variations of different ozonosphere trace gases have been studied. It has been shown that ground-based high-resolution FTIR-spectrometer method can be used in validation of satellite data and in refinement of models’ parameters. This work has been partly supported by grant of Russian Foundation for Basic Research 12-05-00596 and 12-05-00445.

M3 - Conference contribution

SN - eISSN 1607-7962

SP - EGU2013-753

BT - The study of ozonosphere trace gases near St.Petersburg on the basis of FTIR solar spectra measurements

PB - Copernicus GmbH

ER -

ID: 4670044