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Home » Atmospheric and Ocean Optics » 2022 (28) » Correspondence posters

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

July 04-08, 2022, Tomsk

Correspondence posters

  1. Rostov A.P., Shefer N.A.
    RESULTS OF MEASUREMENTS OF SURFACE TURBULENT FLOWS    
  2. Tarasenkov M.V., Belov V.V., Engel M.V., Zimovaya A.V., Zonov M.N., Bogdanova A.S.
    Validation of the algorithm for reconstructing the Earth surface reflection coefficients from MODIS data  
  3. Galaktionov I., Sheldakova J., Toporovsky V., Kudryashov A.
    Piezoelectric bimorph mirrors with various number of electrodes for scattered laser beam focusing  
  4. Toporovsky V., Kudryashov А, Sheldakova J., Galaktionov I., Samarkin V.
    Deformable piezoelectric mirrors with high density of control elements  
  5. Malakhova V.V.
    Modeling the decomposition of the permafrost associated methane hydrate  
  6. Popkova A.S., Kalinskaya D.V., Shybanov E.B.
    Atmospheric correction based on MODIS and VIIRS satellite data, taking into account the factor of atmospheric pollution by a combination of different types of aerosol  
  7. Minsky I.A., Serikova I.M., Zhuk V.F., Evstigneev V.P., Piontkovsky S.A.
    INTERANNUAL VARIABILITY OF BIOLUMINESCENT FIELDS AND CHLOROPHYLL-A CONCENTRATION IN THE DEEP PART OF THE BLACK SEA DURING THE PERIOD 2010-2020  
  8. Karakhanan A.A.
    EMPIRICAL ORTHOGONAL FUNCTIONS IN HEAT CONTENTS OF THE WORLD OCEAN ENERGETICALLY ACTIVE ZONES  
  9. Lemeshko E.M., Lemeshko E.E.
    BLACK SEA LEVEL TRENDS ACCORDING TO ALTIMETRY DATA AFTER DYNAMIC NOISE REMOVAL  
  10. Prikhodko L. I., Shirokov I. A.
    Modeling the characteristics of radio waves propagating in an inhomogeneous ionosphere taking into account the earth's magnetic field and the altitude dependence of the effective frequency of electronic collisions    
  11. Pyanova E.A., Gochakov A.V.
    MODELING OF ATMOSPHERIC CIRCULATION AND TRANSPORT OF IMPURITIES FROM NATURAL AND INDUSTRIAL SOURCES IN THE BAIKAL REGION  
  12. Kalinskaya D.
    Determination of suspended aerosols in atmospheric air according to the data of the Atmas dust analyzer on the example of Sevastopol for 2021