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 …

The importance of dust heterogeneous oxidation in the removal of atmospheric SO 2 and
formation of sulfate aerosols is not adequately understood. In this study, the Fe-, Ti-, and Al …

Although the anthropogenic emissions of SO 2 have decreased significantly in China, the
decrease in SO 4 2-in PM 2.5 is much smaller than that of SO 2. This implies an enhanced …

Mineral dust serves as a significant source of sulfate aerosols by mediating heterogeneous
sulfur dioxide (SO2) oxidation in the atmosphere. Given that a considerable proportion of …

Sulfate, as a major component of aerosol particles, greatly contributes to haze formation and
affects global climate change. Although formation pathways of sulfate aerosols from the …

In this study, we investigated the heterogeneous SO 2 oxidation catalyzed by defective TiO 2
mineral particles at molecular scale. Theoretical DFT calculations revealed that O 2 …

The role of mineral dust on atmospheric pollutions formation is one of the significant
challenges in environmental and atmospheric science. The conversion of atmospheric …

Mixing state of black carbon (BC) with secondary species has been highlighted as a major
uncertainty in assessing its radiative forcing. While recent laboratory simulation has …

Aerosol iron (Fe) solubility is a key factor for the assessment of atmospheric nutrients input to
the ocean but poorly specified in models because the mechanism of determining the …