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

The radiative effects of biomass‐burning aerosols on regional and global scales can be
substantial. Accurate modeling of the radiative effects of smoke aerosols requires …

Aerosol and cloud water measurements of dimethylamine (DMA), the most abundant amine
in this study, were conducted in semi-arid (Tucson, Arizona) and marine (Nucleation in …

Particle size distributions in the range of 0.01–10 µm were measured in urban Shanghai in
the summer of 2013 using a Wide‐range Particle Spectrometer (WPS). Size‐segregated …

A great deal of attention has been paid to brown carbon aerosol in the troposphere because
it can both scatter and absorb solar radiation, thus affecting the Earth's climate. However …

We applied an atmospheric pressure differential mobility analyzer (DMA) coupled to a time-
of-flight mass spectrometer to examine the stability, mass–mobility relationship, and extent of …

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 …

Atmospheric aerosols play an important part in the Earth's energy budget by scattering and
absorbing incoming solar and outgoing terrestrial radiation. To quantify the effective …

Several gas-phase spectroscopic investigations have focused on a better understanding of
the nature of weak, non-covalent interactions in model systems. However, their …

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