Study of HDO absorption in the 11,200-12,400 cm-1 range using LED-based Fourier transform spectroscopySinitsa, Leonid N.,
Polovtseva, Elena R.,
Bykov, Alexander D.,
Voronin, Boris A. (физик),
Shcherbakov, Anatoly P.,
Serdyukov, Viktor I. A high resolution Fourier transform spectrum of mono-deuterated water vapor was studied between 11
H216O line list for the study of atmospheres of Venus and Mars with
a CO2 content of about 95%. In this paper, the line list of H216O is obtained on the basis of the BT
Light-emitting-diode Fourier-transform spectroscopy of HD16O between 11200 and 12400 cm-1Sinitsa, Leonid N.,
Polovtseva, Elena R.,
Shcherbakov, Anatoly P.,
Bykov, Alexander D.,
Voronin, Boris A. (физик),
Serdyukov, Viktor I. was applied as
a source of radiation. Signal to noise ratio was about 104. The spectral line parameters - line
Verification of H2O lines from the HITRAN database for remote sensing of the water vapour isotopic compositionRokotyan, N. V.,
Sinitsa, Leonid N.,
Voronin, Boris A. (физик),
Lavrentieva, Nina N.,
Dudaryonok, Anna S.,
Zakharov, V. I. 've used two following criteria:
a quality of the fitting of atmospheric spectra measured at the Ural
Do the processes in near-earth space influence weather and climate? temperature, correlate with Space weather parameters.
A straight dependence of the surface temperature from