Gas-phase synthesis of nanoparticles enables production of high-purity materials with well-
controlled properties in continuous flow processes. It is an established technology for a …

In flame synthesis of nanoparticles, the temperature history experienced by the nascent
particle aerosol defines the morphology, composition, and crystallinity of the resulting …

To fully master a scaled-up combustion synthesis of nanoparticles toward a wide library of
materials with tailored functionalities, a detailed understanding of the underlying kinetic …

This study examines the impact of turbulence on particle-forming flames via three-
dimensional direct numerical simulations. The simulations employ the finite rate chemistry …

This work describes the application of temporally and spectrally resolved laser-induced
incandescence to silicon nanoparticles synthesized in a microwave plasma reactor. Optical …

Flame synthesis is a powerful and scalable method for generating nanoparticles for a wide
range of applications. The chemical interaction of the flame and the precursor combined with …

Depending on the chemical nature of precursor species, the flame-based synthesis of silicon
dioxide nanoparticles in lean hydrogen/oxygen flames proceeds via different chemical …

This work investigates the decomposition of tetramethylsilane and the formation of silicon
oxide clusters in a laminar premixed low-pressure hydrogen flame using molecular-beam …

Nanomaterials from gas-phase synthesis are tapping into new fields of application in
research and industry due to their unique size-dependent properties. To produce tailored …

A microwave induced coaxial surface wave discharge with a feeding gas mixture of oxygen
and hexamethyldisiloxane used for the deposition of polymer coatings is numerically …