… and are legislating for reductions in particle emissions from … particles. In considering the
next steps, regulators are quite rightly posing the question of what property of particulate matter …

… Airborne particulate matter covers a wide particle size range, from diameters of a few
nanometres (nm) to around 100 micrometres (µm). For the purposes of monitoring and regulation, …

… their properties. In this study, we analyzed different types of PM10 and PM2.5 particles from
six different sources using in situ sampling methods. We collected PM particles with different …

… Atmospheric PM measurements have been focused on quantifying the various particle
properties, including the particle number, size, and composition, because these properties mostly …

… undifferentiated particulate matter as PM 10 or PM 2.5 (particle size less than 10 or 2.5
μm, respectively). However, it is well known that there are many important particle properties, …

… mean free path of the gas and not on specific particle properties. Consequently, the particle
density and the dynamic shape factor are the only particle-specific parameters in Eq. 2. By …

… particulate matter (PM) fractions from HDDV emissions. This paper reports the physical
properties, … ), surface diameter, and agglomeration of particles emitted from HDDV retrofitted with …

… Here, we report new measurements of total soot mass (⁠ EI m -soot), total particle
number (⁠ EI n -total), and particle composition made during dedicated tests of 16 separate …

… of particles suspended in water have not been attempted in the past. Because theoretical …
of marine particles are naturally based on simplified assumptions about particle properties …

… particles include particulate matter smaller than 10 μm in diameter (PM 10 ) and total Suspended
Particle Matter (… According to the authors, these equipments are based on properties of …