Atmospheric soot and organic particles from fossil fuel combustion and biomass burning
modify Earth's climate through their interactions with solar radiation and through …

Aerosol hygroscopic behavior plays a central role in determining climate effects and
environmental influence of atmospheric particulates. Water-soluble organic acids (WSOAs) …

A large fraction of secondary aerosol particles are liquid–liquid phase-separated with an
organic shell and an inorganic core. This has the potential to regulate the hygroscopicity of …

Raman microspectrometry (RMS) is a useful single particle analysis method that can provide
information on the mixing states, molecular species, and chemical functional groups of …

Atmospheric particles experience various physical and chemical processes and change
their properties during their lifetime. Most studies on atmospheric particles, both in laboratory …

Atmospheric secondary aerosols are often internally mixed with organic and inorganic
components, particularly dicarboxylic acids, ammonium, sulfate, nitrate, and chloride. These …

Sea salt aerosols (SSAs) often mix with organic matter via sea‐to‐air emission,
photochemical oxidation, and atmospheric transport, which change particle hygroscopicity …

Water-soluble organic acid salts are important components of atmospheric aerosols. Despite
their importance, it is still not clear how water-soluble organic acid salts influence …

Although water uptake of aerosol particles plays an important role in the atmospheric
environment, the effects of interactions between components on chemical composition and …

Single-particle analysis was conducted to characterize atmospheric aerosol particles
collected at Olympic Park in Seoul, South Korea, as a part of the Korea–United States Air …