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Home » Atmospheric and Ocean Optics » 2020 (26) » Posters

XXVI International Symposium "Atmospheric and Ocean Optics. Atmospheric Physics"

July 06-10, 2020, Moscow

Posters

  1. Belan B.D., Ivlev G. A., Sklyadneva T.K.
    Determining the role of influence of total ozone content, cloudiness, aerosol optical depth and albedo of the underlying surface on the level of UV radiation based on data of long-term measurements carried out in Tomsk  
  2. Kabanov D.M.
    Relationships between the characteristics of the aerosol optical depth of the atmosphere and the asymmetry factor of the aerosol scattering phase function under ordinary conditions and in smoke haze events in Tomsk region  
  3. Gavrilov N.M., Jacobi Ch.
    MULTI-YEAR CHANGES IN THE MESOSCALE WAVES ACCORDING TO THE DATA OF DRIFT AND RADIO-METEOR MEASUREMENTS AT COLLM, GERMANY    
  4. Suslin V.V., Churilova T.Y., Iefimova T.V., Moiseeva N.A., Skorohod E.Y., Stepochkin I.E.
    Regional satellite algorithm for restoring the main bio-optical characteristics of the Sea of Azov  
  5. Chepyzhenko A.A., Chepyzhenko A.I., Lomakin P.D.
    METHODS AND DEVICE FOR DISSOLVED OIL IN WATER ENVIRONMENT in-situ MONITORING    
  6. Kolesnik S.N.
    REFINING THE MODEL VALUES OF THE CRITICAL FREQUENCY OF THE IONOSPHERE FOR CURRENT CONDITIONS BY DATA ON THE DIFFERENCE OF IONOSPHERIC DELAYS OF SIGNALS FROM TWO NAVIGATION SATELLITES  
  7. Sutorikhin I.A.,Kolomeichev A.A., Litvinenko S.A.
    Interannual flight dynamics of hydro-optical parameters of sections of the Teletskoye lake water area  
  8. Latushkin A.A., Artamonov Yu.V., Skripaleva E.A., Fedirko A.V., Kudinov O.B.
    SPATIAL FEATURES OF THE HYDRO-OPTICAL WATERS STRUCTURE IN THE NORTHERN PART OF THE BLACK SEA IN SPRING 2019 ACCORDING TO CONTACT MEASUREMENTS ON R/V PROFESSOR VODYANITSKY  
  9. Goncharov E.S., Losseva T.V.
    FDTD, FDFD and mode sum methods for VLF propagation in the lower ionosphere  
  10. Gruzdev A.N. and Elokhov A.S.
    Measurements of stratospheric nitrogen dioxide by zenith-scattered solar radiation at the A.M. Obukhov Institute of Atmospheric Physics RAS  (Overview of results)  
  11. Danova T.E.
    CONDITIONS FOR THE IMPLEMENTATION OF DANGEROUS METEOROLOGICAL PHENOMENA OF THE WINTER PERIOD WHEN THE SOUTH CYCLONE EXITS TO THE BLACK SEA  
  12. Danova T.V.
    STATISTICAL CHARACTERISTICS OF CLOUD AMOUNT IN THE MEDITERRANEAN-BLACK SEA REGION ACCORDING TO SATELLITE DATA