Amines are bases that originate from both anthropogenic and natural sources, and they are
recognized as candidates to participate in atmospheric aerosol particle formation together …

We have collected, recomputed, and compiled a database consisting of 633 unique
atmospherically relevant molecular clusters containing sulfuric acid, bases, oxidized organic …

New particle formation from gas-to-particle conversion represents a dominant source of
atmospheric particles and affects radiative forcing, climate and human health. The species …

The formation of new particles through condensation from the gas phase is an important
source of atmospheric aerosols. The properties of the electrically neutral clusters formed in …

Acid–base cluster chemistry drives atmospheric new particle formation (NPF), but the details
of the growth mechanisms are difficult to experimentally probe. Clusters of ammonia …

Ammonia and amines are important common trace atmospheric species that can enhance
new particle formation (NPF) in the Earth's atmosphere. However, the synergistic effect of …

We have detected the H2O· DMA and H2O· TMA (DMA, dimethylamine; TMA,
trimethylamine) bimolecular complexes at room temperature in the gas phase using Fourier …

Amino acids are recognized as important components of atmospheric aerosols, which
impact on the Earth's climate directly and indirectly. However, much remains unknown about …

Amines are important atmospheric nucleation precursors in polluted areas. However,
specific roles of various amines in enhancing the stability of pre-nucleation clusters are …

Computational fluid dynamics simulations of a flow reactor provided 3D spatial distributions
of its temperature and flow profiles and abundances of sulfuric acid, nitrogeneous base, and …