This review discusses the developments in aerosol instrumentation that have led to the
current vapor condensation based instruments capable of detecting sub-3 nm particles. We …

Since the health risks associated with fine particles whose aerodynamic diameters are
smaller than 2.5 μm was first proven, regulations restricting particulate matter (PM) mass …

Engineered, condensational growth of aerosol particles is a well-established technique
incorporated into particle detection and sampling systems. It is typically accomplished …

The size-resolved counting efficiency of an in-house ultrafine condensation particle counter
(IUCPC) being challenged by sodium chloride (NaCl) particles was experimentally …

This paper aims to evaluate how condensational growth may be used to improve the
performances of a Venturi scrubber in removing soot particles, which are among the most …

Laminar flow condensation particle counters (CPCs) are uniquely sensitive detectors for
aerosol particles in the nanometer size range (ie below 10 nm in size they can have single …

A computational fluid dynamics simulation was implemented to investigate the effects of flow
parameters on the detection performance of a self-developed experimental-used ultrafine …

We establish an analytical model, as well as perform Computational Fluid Dynamics (CFD)
simulations to investigate the evaporation-condensation process in Condensation Particle …

A stable high-temperature condensation particle counter (HTCPC), operating above 170° C
was realized. First a dedicated working fluid was identified in a two-stage process …

A novel method for detecting and sizing airborne particles at single particle level is
presented in this paper. When a particle hits a metal electrode which is grounded …