Electrical Mobility is arguably the property upon which some of the most successful
classification criteria are based for aerosol particles and ions in the gas phase. Once the …

Gas-phase synthesis of nanomaterials offers distinct advantages in large-scale
manufacturing of commodities such as carbon blacks, ceramic oxides, semiconductors, and …

Mobility analysis is frequently used to evaluate the size distribution of nanoparticle
aggregates synthesized in high temperature, gas phase environments, such as flames …

ABSTRACT A cavity ring-down spectrometer and condensation particle counter were used
to investigate the limitations in the separation of singly and multiply charged aerosol …

In this work, we investigated the influence of different types of soot aerosol on the counting
efficiency (CE) of instruments employed for the periodic technical inspection (PTI) of diesel …

The present paper uses Langevin dynamics (LD) to investigate the aggregation of soot nano-
particles in turbulent flows. Interparticle forces are included, and the computation of the …

We study the aggregation of monomers in an aerosol via non-dimensional Langevin
simulations, in which particles remain in point contact upon collision, and report the …

We develop an approach for computing the hydrodynamic friction tensor and scalar friction
coefficient for an aerosol fractal aggregate in the transition regime. Our approach involves …

In this work, iron-oxide nanoparticle formation in the spray-flame synthesis (SFS) process of
the standardized SpraySyn 2.0 burner was investigated in situ using laser-induced …

The measurement of vehicle particle number emissions and, therefore, regulation,
necessitates a rigorous sampling and conditioning technology able to deliver solid emitted …