Microphysical properties of atmospheric soot and organic particles
Submitter
Laskin, Alexander — Purdue University
Area of research
Aerosol Properties
Journal Reference
Science
This article is a review of contemporary advances in microscopic measurements of atmospheric particles and showcases perspective studies deciphering particle microphysical properties.
Impact
This review consolidates the physical characteristics of light-absorbing carbonaceous particles, including morphology, mixing states, and phase. It discusses their significant impact on climate driven by their strong light-absorption properties.
Summary
We discuss approaches that enable microscopic understanding of particles made of soot and organic components, including both online and offline measurements, to assess their size, phase, morphology, and mixing-state characteristics.
We highlight applications of new atmospheric models capable of incorporating particle-specific properties for a better understanding of their atmospheric effects.
Emissions, formations, transports, and ageing processes of carbonaceous aerosol particles in the atmosphere and their impacts on the multilayered system of Earth's surface. Image from journal.