Atmospheric oxidation of sulfur dioxide (SO2) forms sulfate-containing aerosol particles that
impact air quality, climate, and human and ecosystem health. It is well-known that in-cloud …

The oxidation of sulfur dioxide (SO2) to sulfate in the atmosphere is an important concern in
regional air quality, global climate change, and human health. While gas-phase and liquid …

How tiny aqueous aerosol droplets significantly accelerate the atmospheric multiphase
reaction remains an open question. Here, we show both experimental and theoretical …

Incense burning is a common ritual in Asian communities, and it emits massive amounts of
particles. These particles can undergo atmospheric aging upon exposure to sunlight and …

During haze periods in the North China Plain, extremely high NO concentrations have been
observed, commonly exceeding 1 ppbv, preventing the classical gas-phase H2O2 formation …

A study has been conducted focusing on the chemical and optical characterization of water
soluble inorganic and organic components of aerosols at different sizes, over a high altitude …

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

Links between the optical properties and chemical compositions of brown carbon (BrC) are
poorly understood because of the complexity of BrC chromophores. We conducted field …

The multiphase oxidation of sulfur dioxide (SO2) to form sulfate is a complex and important
process in the atmosphere. While the conventional photosensitized reaction mainly explored …

Flow velocity, potentially linked to dry deposition velocity and wind speed parameters, show
non-marginal significance in the heterogeneous oxidation of SO 2 on α-Fe 2 O 3 particles …