Geoscience Reference
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Vasilyev AV (1996) “Vertical” is the collection of gasmodels of the Earth atmosphere. In: The
Herald of the St. Petersburg University. Ser. 4, Physics, Chemistry 4:87-90 (in Russian)
Vasilyev AV, Ivlev LS (1995) Numerical modeling of optical characteristics of poly-disperse
spherical particles. Atmosphere and Ocean Optics 8:921-928 (Bilingual)
Vasilyev AV, Ivlev LS (1996) Numerical modeling of spectral aerosol phase function of the
light scattering. Atmosphere and Ocean Optics 9:129-133 (Bilingual)
Vasilyev AV, Ivlev LS (1999) Determination of parameters of gas and aerosol composition of
theatmospherebyairborneobservationsofspectralirradiance.In:IvlevLS(ed)Natural
and anthropogenic aerosols, Collection of articles, St. Petersburg. Chemistry Institute,
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Vasilyev AV, Ivlev LS (2000) Optical statistical model of the atmosphere for the region of
Ladoga Lake. Atmosphere and Ocean Optics 13:198-203 (Bilingual)
Vasilyev AV, Rozanov VV, Timofeyev YuM (1998) The analysis of the informative content
of observations of outgoing reflected and diffused solar radiation within the spectral
region 240-700 nm. Earth Observations and Remote Sensing 2:51-58 (Bilingual)
Vasilyev OB, Vasilyev AV (1989) Information content of obtaining optical parameters of
atmospheric layers by observations spectral irradiances at different levels in the atmo-
sphere. I. Problem statement and results of calculations for the separate layer. Atmo-
sphere and Ocean Optics 2:428-433 (Bilingual)
Vasilyev OB, Vasilyev AV (1989) Information content of obtaining optical parameters of
atmospheric layers by observations spectral irradiances at different levels in the at-
mosphere. II. Estimation of the informatic content of observations in the multi-layer
atmosphere. Atmosphere and Ocean Optics 2:433-437 (Bilingual)
Vasilyev OB, Vasilyev AV (1994a) Information content of obtaining optical parameters
of atmospheric layers by observations spectral irradiances at different levels in the
atmosphere. III. Obtaining optical parameters of layers in the inhomogeneous multi-
layer atmosphere (numerical experiment). Atmosphere and Ocean Optics 7:625-632
(Bilingual)
Vasilyev OB, Vasilyev AV (1994b) Two-parametric model of the phase function. Atmosphere
and Ocean Optics 7:76-89 (Bilingual)
Vasilyev OB, Contreras AL, Velazques AM et al. (1995) Spectral optical properties of the
polluted atmosphere of Mexico City (spring-summer 1992). J Geophysical Res 100:D12,
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Virolainen YaA, Polyakov AV (1999) The algorithm of the direct calculation of transmission
functions in problems of ground remote sounding of the atmosphere. In: The Herald of
the St. Petersburg University, ser. 4, Physics, Chem 1:25-31 (in Russian)
Weaver A, Solomon S, Sanders RW, Arpag K, Muller HL Jr (1996) Atmospheric NO 3 off-
axis measurements at sunrise: estimates of tropospheric NO 3 at 40 N. J Geophys Res
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the atmosphere. (Contemporary problems of the atmospheric optics, vol. 1). Gydrome-
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problems of the atmospheric optics, vol. 7). Gydrometeoizdat, Leningrad (in Russian)
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