Flame spray pyrolysis (FSP) was used to make pure and Pt-doped tin dioxide nanoparticles
in one-step. The aerosol generated by the dry FSP method was directly, in situ …

A plate-to-plate thermal precipitation system has been used to investigate the deposition of
agglomerate submicrometer soot aerosol particles under flow and temperature conditions …

The assembly of nanoparticle films by flame spray pyrolysis (FSP) synthesis and deposition
on temperature‐controlled substrates (323–723 K) was investigated for several application …

Reactors or crystallizers synthesizing valuable particles can be formally described by
combining the laws of continuum transport theory with a population balance equation …

Fractal-like aggregate (FA-) drag has been previously calculated/correlated/reported, but
“mobility diameter” information is not sufficient to make rational calculations of Brownian …

In the combustion community there seems to be a persistent view that Ludwig–Soret
(LS)(thermally driven, non-Fickian) species diffusion will only be important for low molecular …

In vitro, direct aerosol nanoparticle exposure of cells cultured at the air-liquid interface (ALI)
has shown great potential over the conventional submerged cell exposure methods due to …

Aircraft gas turbine engines produce ultrafine PM which has been linked to local-air-quality
and environmental concerns. Regulatory sampling and measurement standards were …

coagulation time to fusion time. While flames are more complex than our idealized
simulations, our present pdfs and associated ''mixed moments,''capture important features of …

Abstract The Radial Flow Thermophoretic Analyser developed by Brugière et al.(2013) is
used to measure the thermophoretic velocity of carbon nanoparticle aggregates produced …