Although organics constitute approximately 10–70% of the total dry fine particle mass in the
atmosphere, their concentrations and formation mechanisms are less well understood than …

Real‐time single particle mass spectrometry, or continuous aerosol mass spectrometry, was
originally developed in the 1970s for the purpose of identifying the chemical composition of …

The emerging moisture‐driven energy generation (MEG) technology opens up new
possibilities for humidity‐responsive materials, devices, and interdisciplinary opportunities in …

Water-soluble organic compounds have recently received much attention because of their
ability to absorb water and alter the hygroscopic properties of inorganic aerosols. The effects …

This review explores some of the design choices made with single particle mass
spectrometers. Different instruments have used various configurations of inlets, particle …

Oceangoing ships emit an estimated 1.2− 1.6 million metric tons (Tg) of PM10 per year and
represent a significant source of air pollution to coastal communities. As shown herein, ship …

Organosulfate species have recently been identified as a potentially significant class of
secondary organic aerosol (SOA) species, yet little is known about their behavior in the …

We investigated the distribution of polycyclic aromatic hydrocarbons (PAH) on individual
ambient aerosol particles at the Swedish west coast in a pristine environment for ten days in …

Single-particle mixing state information can be a powerful tool for assessing the relative
impact of local and regional sources of ambient particulate matter in urban environments …

Experiments probing the phase and behavior of NaNO3 particles at different relative
humidities, important for elucidating the role these particles play in the chemistry and …