Amines, formed with the replacement of hydrogen atoms by NH3 molecules of volatile
organic compounds, possess distinctive properties of alkalinity, volatility, water-solubility and …

Monoethanolamine (MEA), a potential atmospheric pollutant from the capture unit of a
leading CO2 capture technology, could be removed by participating H2SO4-based new …

Secondary organic aerosol (SOA) formation proceeds by bimolecular gas-phase oxidation
reactions generating species that are sufficiently low in volatility to partition into the …

Autoxidation has been acknowledged as a major oxidation pathway in a broad range of
atmospherically important compounds including isoprene and monoterpenes. More recently …

Ammonia (NH 3) is a major contributor to secondary aerosol in the atmosphere and can alter
the kinetics of their formation. However, systematic studies related to the role of NH 3 in …

Tertiary amines are one kind of identified amines in the atmosphere. Here, the atmospheric
oxidation mechanism and kinetics of tertiary amines were investigated by using …

The mixing states of particulate amines with different chemical components are of great
significance in studying the formation and evolution processes of amine-containing particles …

Aerosol formation is directly influenced by meteorological properties such as temperature
and relative humidity. This study examines the influence of temperature on the physical …

Frameworks for limiting ecosystem exposure to excess nutrients and acidity require accurate
and complete deposition budgets of reactive nitrogen (Nr). While much progress has been …

Furans are a major class of volatile organic compounds emitted from biomass burning. Their
high reactivity with atmospheric oxidants leads to the formation of secondary organic aerosol …