期刊： ATMOSPHERIC ENVIRONMENT, 2022; 273 ()
Brown carbon (BrC), as a short-lived climate forcer, is still poorly understood due to its insufficient quantification of chemical compositions, ambig......
期刊： ATMOSPHERIC ENVIRONMENT, 2022; 273 ()
Loess and dust deposits are the longest and best-preserved terrestrial record of climate changes available, and one of the most important records is t......
期刊： ATMOSPHERIC ENVIRONMENT, 2022; 280 ()
Monitoring dust aerosol properties is critical for the studies of radiative transfer budget, climate change, and air quality. Aerosol optical thicknes......
期刊： ATMOSPHERIC ENVIRONMENT, 2022; 286 ()
Biomass combustion is an important source of intermediate volatile organic compounds (IVOCs), which are important precursors of secondary organic aero......
期刊： ATMOSPHERIC ENVIRONMENT, 2022; 268 ()
Recently, the correlation between the new particle formation (NPF) events and oxygenated organic molecules (OMs) was observed frequently in forest amb......
期刊： ATMOSPHERIC ENVIRONMENT, 2022; 274 ()
Oil and natural gas (O & NG) associated oxygenated volatile organic compounds (OVOCs) have been reported to play a significant role in ozone forma......
期刊： ATMOSPHERIC ENVIRONMENT, 2022; 274 ()
Simulations of the spatiotemporal distribution of air constituents such as ozone and NO2 on the Tibetan Plateau (TP) can be affected by many factors s......
期刊： ATMOSPHERIC ENVIRONMENT, 2022; 278 ()
Biomass burning (BB) is an important source of brown carbon (BrC) and black carbon (BC), which are two key highly absorbent substances in atmospheric ......
期刊： ATMOSPHERIC ENVIRONMENT, 2022; 278 ()
Heatwave occurs more frequently under climate change, induce increasing health burden globally. Aside from heatwave, the increase of global temperatur......
期刊： ATMOSPHERIC ENVIRONMENT, 2022; 290 ()
The monitoring system used in this study can quickly display a volatile organic carbon (VOC) map of a given area and identify more than 100 gas compon......
期刊： ATMOSPHERIC ENVIRONMENT, 2022; 291 ()
Light-absorbing brown carbon (BrC), a major contributor to global climate change, is widely studied. Compar-ative analysis showed that methylglyoxal (......
期刊： ATMOSPHERIC ENVIRONMENT, 2022; 270 ()
The temporal variation in ground-level ozone (O-3) is influenced by photochemical reactions associated with solar radiation and usually culminates in ......
期刊： ATMOSPHERIC ENVIRONMENT, 2022; 276 ()
A thermal internal boundary layer (TIBL) can cause the fumigation effect and reduce the dispersion capacity of air pollutants. The paper's goal is to ......
期刊： ATMOSPHERIC ENVIRONMENT, 2022; 287 ()
High uncertainty in simulating the climate effect of black carbon (BC)-containing particles can be raised by an important parameter: light absorption ......
期刊： ATMOSPHERIC ENVIRONMENT, 2022; 273 ()
Sixty rainwater samples were collected covering four seasons from July 2020 to April 2021 from the center of Chongqing, a metropolitan city of southwe......
