Comprehensive datasets including the input data, data generated during the study and the source data for figures of the manuscript entitled "Aerosol deposition in the human respiratory system from distinct urban sources using multiple exposure metrics" by I. Salma, M. Vörösmarty and Á. Farkas.

The Excel file Datasets_LungDepositionSources_Salma1.xlsx contains the following items. Workbook 1: Source data. Distribution of particle number concentration (N_source_season) and of particle surface area concentration (S_source_season) in 27 size channels from 6 to 1,000 nm for a new particle formation and growth (NPF) source, a road vehicle traffic emission sources with semi-volatile fraction (TSV), a road vehicle traffic emission sources with solid-core fraction (TSC), a secondary inorganic aerosol (SIA) source (relevant only in spring and summer), and a diffuse fugitive urban (UDF) source (relevant only in autumn and winter) in spring (SP), summer (SU), autumn (AU) and winter (WI). More info in Vörösmarty et al.: Attribution of aerosol particle number size distributions to main sources using an 11-year urban dataset, Atmos. Chem. Phys., 24, 5695–5712, https://doi.org/10.5194/acp-24-5695-2024, 2024. Workbook 2: Primary data generated by the IDEAL stochastic lung deposition model. Deposition fraction (DF) values in the extra-thoracic (ET) region, the tracheobronchial (TB) tree, the alveolar (AL) region and the entire lung (LN), and in airway generations from 1 through 30 under standardized breathing patterns of resting, sitting activity, light physical exertion and heavy physical exertion for particle number concentration and particle surface area concentration in spring (SP), summer (SU), autumn (AU) and winter (WI). Workbook 3: Derived deposition rate (DR) values in the extra-thoracic (ET) region, the tracheobronchial (TB) tree, the alveolar (AL) region and the entire lung (LN) and in airway generations from 1 through 30 under standardized breathing patterns of resting, sitting activity, light physical exertion and heavy physical exertion for particle number concentration and particle surface area concentration in spring (SP), summer (SU), autumn (AU) and winter (WI). Workbook 4: Derived surface density deposition rate (SDR) values in the extra-thoracic (ET) region, the tracheobronchial (TB) tree, the alveolar (AL) region and the entire lung (LN), and in airway generations from 1 through 30 under standardized breathing patterns of resting, sitting activity, light physical exertion and heavy physical exertion for particle number concentration and particle surface area concentration in spring (SP), summer (SU), autumn (AU) and winter (WI). Workbook 5: Derived lung-deposited surface area (LDSA) values in the the tracheobronchial (TB) tree, the alveolar (AL) region and the entire lung (LN), and in airway generations from 1 through 27 under standardized breathing patterns of resting, sitting activity, light physical exertion and heavy physical exertion in spring (SP), summer (SU), autumn (AU) and winter (WI). Workbook 6: Datasets presented in Fig. 1a – f. Workbook 7: Datasets presented in Fig. 2. Workbook 8: Datasets presented in Fig. 3a and b. Workbook 9: Datasets presented in Fig. 4a and b. Workbook 10: Datasets presented in Fig. 5a and b. Workbook 11: Datasets presented in Fig. 6a and b.