Morphology and Internal Mixing of Atmospheric Particles

© 2019 by the authors; CC BY license

Northeast China; wintertime; individual aerosol particles; morphology; composition; mixing state; light scattering; phase function; irregularly shaped particles; Q-space analysis; Asian monsoon; black carbon; long-range transport; land and sea breeze; sulfate; surface area; surface coating of particles; diffusion coefficient; sulfuric acid; laminar flow tube; CFD; amines; clustering kinetics simulations; substrate; morphology; electron microscopy; aerosols; soot; sodium chloride; sulfuric acid; sampling; thermodenuding; soot morphology; aggregates; compaction; restructuring; mixing state; Amazon; elemental composition; aerosol; STXM; SEM; EDX; diversity; aging; aerosol modeling; mixing state; machine learning; black carbon; nucleation-scavenging; aerosol mixing state; cloud microphysics; particle- resolved model; morphology; aerosol particle; mixing state; S-rich particles; aerosol; CCN; hygroscopicity; mixing state; immersion freezing; ice nucleation; ice nucleation; aerosols; ice chamber; aerosol; mixing state; morphology; black carbon; soot; lifecycle; optical properties; cloud condensation nuclei; ice-nucleating particle; radiative forcing