@AudiovisualMaterial{AlbuquerqueLFTNPGA:2004:CaStAm,
             abstract = "The impact of the direct radiative effect of the aerosol particles 
                         on the calculation of the photolysis rates and consequently on the 
                         atmospheric chemistry in the regional smoke cloud due to biomass 
                         burning over Amazon basin is addressed in this work. The TUV 
                         radiation model is used for the photolysis rates calculation 
                         considering the layer aerosol optical depth from the CATT-BRAMS. 
                         The temperature and pressure vertical profiles used are from 
                         radiosondes data of the RACCI/SMOCC-LBA field experiment, during 
                         the dry to wet transition season (September-November 2002). 
                         Climatological spectral single scattering albedo and asymmetry 
                         parameter of scattering phase function of smoke particles are from 
                         the three years optical properties retrieval obtained at the 
                         Amazone observational site of the AERONET. These intrinsic optical 
                         properties are actually a function of the aerosol loading of the 
                         atmosphere and so a complex look-up table was generated for them 
                         as function of the aerosol optical thickness at 500 nm. A 
                         simulation of the ozone production carried out using the 
                         one-dimensional photochemical box model OZIPR for FNS 
                         RACCI/SMOCC-LBA experimental site is shown. The chemical mechanism 
                         used in OZIPR includes reactions that emphasize the processes of 
                         tropospheric ozone and its precursor's production. The trace gases 
                         emissions were obtained by multiplying the total amount of biomass 
                         burned within a grid cell during 24 hours by the respective 
                         species' emission factor. The tropospheric ozone production, with 
                         the simulated maximum value of 70 ppb ozone reasonably matching 
                         the observations, is dominated by the reactions involving HO2 and 
                         NO.",
          affiliation = "{Instituto Nacional de Pesquisas Espaciais (INPE)/CPTEC}",
               author = "Albuquerque, Leila Maria Merce and Longo, Karla and Freitas, 
                         Tatiana and Tarasova, Tatiana and Nobre, Carlos Afonso and 
                         Procopio, Aline S. and Gatti, Luciana Vanni and Artaxo, Paulo",
                 city = "Brasilia",
       conferencename = "Conferencia Cientifica do LBA, 3.",
                 date = "27-29 do jul.",
             keywords = "radiative effect, biomass burning, Amazon.",
             language = "English",
                  ibi = "sid.inpe.br/ePrint@1905/2005/10.20.12.37",
                  url = "http://urlib.net/ibi/sid.inpe.br/ePrint@1905/2005/10.20.12.37",
           targetfile = "Albuquerque_Theimpact_LBA2004.pdf",
                title = "The impact of the direct radiative effect of the aerosol particles 
                         on the calculation of photolysis rates: a case study for an Amazon 
                         site during the biomass burning season.",
                 year = "2004",
        urlaccessdate = "24 abr. 2024"
}