Figures & data
FIG. 1 Aging time scale due to condensation of hygroscopic vapors as a function of geometric mean BC particle diameter for different polydispersity levels and accommodation coefficients.
![FIG. 1 Aging time scale due to condensation of hygroscopic vapors as a function of geometric mean BC particle diameter for different polydispersity levels and accommodation coefficients.](/cms/asset/98d44e30-7593-4845-b6ef-10db60ea2946/uast_a_647119_o_f0001g.gif)
FIG. 2 Polydispersity factor as a function of geometric standard deviation for different geometric mean BC particle diameters. The limiting case of the continuum regime is also compared. For the computations, α = 1 was used.
![FIG. 2 Polydispersity factor as a function of geometric standard deviation for different geometric mean BC particle diameters. The limiting case of the continuum regime is also compared. For the computations, α = 1 was used.](/cms/asset/a528839c-9062-4450-a5fb-4bdbc388f86c/uast_a_647119_o_f0002g.gif)
FIG. 3 Aging time scale as a function of condensing vapor concentration for different geometric mean BC particle diameters. For the computations, σg = 1.5 and α = 1 were used.
![FIG. 3 Aging time scale as a function of condensing vapor concentration for different geometric mean BC particle diameters. For the computations, σg = 1.5 and α = 1 were used.](/cms/asset/d65f5e63-a2f5-492e-9fbc-85930e7c3a6b/uast_a_647119_o_f0003g.gif)