Sulfate aerosol contributes to particulate matter pollution and plays a key role in aerosol
radiative forcing, impacting human health and climate change. Atmospheric models tend to …

Both field observation and experimental simulation have implied that black carbon or soot
plays a remarkable role in the catalytic oxidation of SO2 for the formation of atmospheric …

Despite the fact that oil chemistry and oils spills have been studied for many years, there are
still emerging techniques and unknown processes to be explored. The 2010 Deepwater …

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 …

Refractory black carbon (rBC) aerosols emitted from incomplete combustion are important
climate forcers. Understanding the chemical characteristics and evolution of rBC-related …

Refractory black carbon (rBC) aerosols play an important role in air quality and climate
change, yet highly time-resolved and detailed investigations on the physicochemical …

During the 2017 summertime Arctic cruise observation campaigns, we measured over
290,000 individual submicron particles and clustered them into two inorganic classes …

Abstract Particulate sulfate (SO 4 2−) is the major component of fine particles in the North
China Plain (NCP). It plays an essential role in the entire atmosphere and climate system …

Atmospheric aging of black carbon (BC) leads to changes in its physiochemical properties,
exerting complex effects on environment and climate. In this study, we have conducted …

Soot, primarily composed of elemental carbon (EC) and organic carbon (OC), is ubiquitous
in PM2. 5. In the atmosphere, the heterogeneous interaction between NO2 and soot is not …