… Particle size distribution measurements are most useful in source characterization and
particulate matter property investigations, but most measurement options remain expensive and …

… information about their impacts on particulate matter (PM) which … on the PM physicochemical
properties emitted from diesel … the PM physical properties by reducing primary particle size/…

The PM (particulate matter)-induced haze problem has … intricate evolution mechanism of the
particles. In recent years, … properties such as thermal stability, antibacterial property, flame …

… Airborne particles present great complexity because unlike atmospheric trace … properties
wherever they occur, airborne particles are in reality a suite of pollutants varying in particle size …

… We used it in our work because the model made it easy to predict particle deposition in …
different particle properties. We are the first to use the model to predict the deposition of particles …

… , lateral diffusional property, compressibility, and adsorption behavior of the surfactant are
changed, which directly affects the biophysiological properties of surfactant. Particles may also …

… The metrics that are most commonly used to describe particulate matter (PM) are … particulate
matter, with an aerodynamic diameter of 10 μm or less (PM 10 ), and fine particulate matter, …

… that probe the optical properties of the sampled aerosol in … To convert the measured variable
(which is particle number … and the optical properties (ie, the refractive index) of the particles, …

… when ambient particle sizes and their respective distributions vary significantly from source
to source and from location to location. Along with size, particle physical properties such as …

… fine particle size fractions of SO4 2 , NO3, and NH4 + decreased with the decrease of the
particulate matter mass concentration in different particle size fractions. The fine-particle size …