@Article{PoliukhovChShRiTaMaMu:2018:RaEfDi,
               author = "Poliukhov, A. A. and Chubarova, H. E. and Shatunova, M. V. and 
                         Rivin, G. S. and Tarasova, Tatiana Aleksandrova and Makshtas, A. 
                         P. and Muskatel, H.",
          affiliation = "{Lomonosov Moscow State University} and {Lomonosov Moscow State 
                         University} and {Hydrometcenterof Russia} and {Lomonosov Moscow 
                         State University} and {Instituto Nacional de Pesquisas Espaciais 
                         (INPE)} and {Arctic\& Antarctic Research Institute} and {Israel 
                         Meteorological Service}",
                title = "Radiative effect of different aerosol types in clear sky 
                         conditions according to COSMO-Ru model",
              journal = "Proceedings of SPIE",
                 year = "2018",
               volume = "10833",
               number = "1083308",
                 note = "{24th International Symposium on Atmospheric and Ocean Optics: 
                         Atmospheric Physics; Tomsk; Russian Federation; 2 July 2018 
                         through 5 July 2018.}",
             keywords = "aerosol, radiation transfer, model COSMO.",
             abstract = "The radiation effects of aerosol in clear sky under continental 
                         aerosol (Meteorological Observatory of MSU (Russia), Lindenberg 
                         Observatory (Germany)), over semi-desert areas (Israel) and Arctic 
                         district at the Tiksi International Hydrometeorological (Russia) 
                         observatory were estimated using the mesoscale COSMO-Ru model. The 
                         effect of aerosol on the surface air temperature is also was 
                         investigated. For the present study we use the aerosol dataset 
                         from CIMEL (AERONET) sun photometer measurements and the data of 
                         shortwave radiation components based on reliable instruments 
                         Kipp\&Zonen. The application of the new MACv2 climatology 
                         radiation model provides the annual average relative error of the 
                         total global radiation which does not exceed 25 W/m2 . We suggest 
                         that in clear sky conditions the sensitivity of air temperature at 
                         2 meters to aerosol in all considered geographical areas lie 
                         within 0.9°C per 100 W/m2 change in shortwave net radiation 
                         changes.",
                  doi = "10.1117/12.2504299",
                  url = "http://dx.doi.org/10.1117/12.2504299",
             language = "en",
           targetfile = "1083308.pdf",
        urlaccessdate = "25 abr. 2024"
}