Amines affect particle formation, aerosol acidity, nitrogen cycle, and climate change.
However, little is known about the temporal and spatial differences in the composition …

Low-molecular-weight amines are the most abundant amine compounds in the atmosphere
and they affect new particle formation, aerosol properties, climate change and human …

Amines are important for new particle formation and subsequent growth in the atmosphere.
Consequently, the processes involved are receiving more attention in recent years. Here, we …

Amines play an important role in the formation and transformation of atmospheric aerosols.
Gaseous phase and PM 2.5 samples were collected simultaneously at Nanling Mountains …

Amines in fine particles constitute a significant fraction of secondary organic aerosols and
have adverse effects on air quality and human health. To understand the chemical …

Environmental context Amines, a group of basic organic compounds, play important roles in
atmospheric chemistry. We studied their distribution in ambient aerosols at the single …

Amines are ubiquitous in the environment and pose potential impacts on atmospheric
chemistry; however, their seasonal variations and atmospheric processes remain unclear. In …

Atmospheric amines have unique acid-neutralizing capacity and play an important role in
atmospheric chemical reactions. An integrated observation of PM 2.5 samples (from Dec …

Particulate amines play an important role for the particle acidity and hygroscopicity and also
contribute to secondary organic aerosol mass. We investigated the sources and mixing …

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