The volatility of the compounds comprising organic aerosol (OA) determines their
distribution between the gas and particle phases. However, there is a disconnect between …

The volatility distribution of the organic compounds present in secondary organic aerosol
(SOA) at different conditions is a key quantity that has to be captured in order to describe …

The thermally induced evaporation of secondary organic aerosol (SOA) has been
characterized for SOA formed from the dark ozonolysis of α-pinene at initial mass …

The volatility of organic aerosols (OA) has emerged as a property of primary importance in
understanding their atmospheric life cycle, and thus abundance and transport. However …

Volatility is one of the most important physical properties of organic aerosol (OA), as it
determines the partitioning of its components between the vapor and particulate phases …

We present a model based on the volatility basis set to consider the potential influence of
oligomer content on volatility driven secondary organic aerosol (SOA) yields. The …

The physical state and chemical composition of an organic aerosol affect its degree of
mixing and its interactions with condensing species. We present here a laboratory chamber …

There are large uncertainties in the parameters dictating the gas-particle partitioning of
secondary organic aerosols (SOA), although this process has major influences on their …

Secondary organic aerosols (SOA) dominate atmospheric organic aerosols that affect
climate, air quality, and health. Recent studies indicate that, contrary to previously held …

The apparent volatility of atmospheric organic aerosol (OA) particles is determined by their
chemical composition and environmental conditions (eg, ambient temperature). A …