Determination of Parameters of the Atmosphere and the Surface in a Clear Atmosphere - Short-Wave Solar Radiation in the Earth's Atmosphere - page 201

Gorchakov GI, Isakov AA, Sviridenkov MA (1976) Statistical links between scattering co-
efficient and coefficient of the directional light scattering in the angle ranges 0.5-165 ◦ .
Izv. Acad. Sci USSR, Atmosphere and Ocean Physics 12:1261-1268 (Bilingual)
Hudson JG, Yonghong X (1999) Vertical distributions of cloud condensation nuclei spec-
tra over the summertime northeast Pacific and Atlantic Oceans. J Geophysical Res
104(D23):30219-30229
Ivlev LS, Vasilyev AV (1998) Refined interpretation of the spectral behavior of optical thick-
ness and residual atmospheric absorption in the short-wavelength region of spectrum.
SPIE, Vol. 3583, pp 35-38
Kneizis FX, Robertson PC, Abreu LW et al. (1996) The Modtran 2/3. Report and Lowtran 7
model. Phillips Laboratory, Hanscom, Massachusetts
Kondratyev KYa, Timofeyev YuM (1970) Thermal sounding of the atmosphere from satel-
lites. Gydrometeoizdat, Leningrad (in Russian)
KondratyevKYa, Ter-Markaryants NE (eds) (1976) Complex radiation experiment. Gydrom-
eteoizdat, Leningrad (in Russian)
KondratyevKYa, BuznikovAA, VasilyevOBet al. (1971) Certain results of combined complex
under satellite geophysical experiment. Doklady Acad. Sci. USSR, Ser. Mathematics and
Physics 196:1333-1336 (in Russian)
Kondratyev KYa, Buznikov AA, Vasilyev OB, Smoktiy OI (1977) Atmosphere influence on
albedo by aero-cosmic survey of the Earth in visual spectral region. Izv. Acad. Sci USSR,
Atmosphere and Ocean Physics 13:471-478 (Bilingual)
Krekov GM, Rakhimov RF (1986) Optical models of atmospheric aerosols. Tomsk Depart-
ment of Siberian Branch Acad Sci USSR Press, Tomsk (in Russian)
Krekov GM, Zvenigorodsky SG (1990) Optical model of the middle atmosphere. Nauka,
Novosibirsk (in Russian)
Lenoble J (ed) (1985) Radiative transfer in scattering and absorbing atmospheres: standard
computational procedures. A. DEEPAK Publishing, Hampton, Virginia
Marchuk GI, Mikhailov GA, Nazaraliev NA et al. (1980) The Monte-Carlo method in the
atmosphere optics. Springer-Verlag, New York
Minin IN(1988) The theory of radiation transfer in the planets atmospheres. Nauka,Moscow
(in Russian)
Otnes RK, Enochson L (1978) Applied Time-Series Analysis. Toronto. Wiley, New York
Pokrovsky AG (1967) The methodology of calculation of spectral absorption of the in-
frared radiation in the atmosphere. In: Atmospheric Physics Problems, Iss.5. Leningrad,
Leningrad University Press, pp 85-110 (in Russian)
PolyakovAV, TimofeyevYuM, PoberovskyAV, VasilyevAV(2001) Retrieval of vertical profiles
of coefficient of the aerosol extinction in the stratosphere by results of observations with
instruments “Ozone-Mir” (DOS Mir). Izv. RAS, ser. Atmosphere and Ocean Physics
37:213-222 (Bilingual)
Rozanov VV, Timofeyev YuM, Barrows JP (1995) The information content of observations
of outgoing UV, visual and near infrared solar radiation (instruments GOME). Earth
Observations and Remote Sensing 6:29-39 (Bilingual)
Rudich Y, Talukder RK, Ravishankara AR (1998) Multiphase chemistry of NO 3 in the remote
troposphere. J Geophys Res 103(D13):16133-16143
Timofeyev YuM, Vasilyev AV, Rozanov VV (1995) Information content of the spectral mea-
surements of the 0.76

µ

mO 2 outgoing radiation with respect to the vertical aerosol
properties. Advances of Space Research 16:91-94 (Bilingual)
Tvorogov SD (1994) Certain aspects of the problem of the function presentation by the
exponent series. Atmosphere and Ocean Optics 7:793-798 (Bilingual)