New particle formation of liquid or solid nanoparticles from gas-phase precursors is a
decisive process in Earth's atmosphere and is considered one of the largest uncertainties in …

Nucleation and growth are the central reactions in gas phase nanomaterial synthesis
reactors. When particles collisionally grow, latent heat release occurs, which can lead to …

The survival probability of freshly nucleated particles governs the influences of new particle
formation (NPF) on atmospheric environments and the climate. It characterizes the …

The size distributions of urban atmospheric aerosols convey important information on their
origins and impacts. Their long-term characteristics, especially for sub-3 nm particles, are …

The growth rate of atmospheric new particles is a key parameter that determines their
survival probability of becoming cloud condensation nuclei and hence their impact on the …

The formation and growth of atmospheric particles involving sulfuric acid and organic vapors
is estimated to have significant climate effects. To accurately represent this process in large …

The study of the dynamics of aerosols produced during a severe accident is vital to the
safety analysis of a Sodium-cooled Fast Reactor (SFR). Sodium leakage into the …

New-particle formation from vapors through molecular cluster formation is a central process
affecting atmospheric aerosol and cloud condensation nuclei numbers, and a significant …

Black carbon (BC) strongly absorbs solar radiation and has a warming effect on the earth‐
atmosphere system. BC experiences continuous aging, making its optical properties a great …

Accurate prediction of the particle size distribution (PSD) evolution of growing nanometer
scale particles is important in designing gas-phase synthesis reactors for the production of …