Evaluation of the volatility basis-set approach for the simulation of organic aerosol formation in the Mexico City metropolitan area

The analysis of the biomass burning plume composition mixing with the freshly emitted urban aerosol population in Singapore highlighted the very high concentrations of pri- mary

der to better quantify the origin of the organic aerosol within a megacity and to better understand the secondary aerosol formation in the urban plume. Another aim of the campaign

(2009) coupled fast measurements of aerosol and gas-phase constituents with the ISORROPIA-II thermodynamic model to study the partitioning of semivolatile inorganic species and

The results for the spectral single scattering albedo and absorption optical depth for the Mexico City area show a great deal of variability most likely due to aerosol mixtures

(2011a) have simulated organic aerosol concentrations using the WRF- CHEM model in Mexico City during the same period as this study, and found that, with the contribution of glyoxal

The most abundant elements from PIXE analysis were S, Si, K, Fe, Ca, and Al, while the major emissions sources associated with these ele- ments were industry, wind-blown soil,

In order to further validate our domestic solid fuel source attribution, we com- pare the PCOA factor with the reference BBOA spectra (Ul- brich et al., 2012), and with AMS mass

The analysis of the biomass burning plume composition mixing with the freshly emit- ted urban aerosol population in Singapore highlighted the very high concentrations of primary