Iron oxide compounds have naturally formed during the whole of Earth's history. Synthetic
compositions with iron oxides are produced with the use of various techniques and widely …

The gas synthesis of nanoparticles has gained major interest by different industries and
research groups for the development of new materials and their subsequent implementation …

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 …

Meeting the demands of sustainable energy economy requires diagnostics of the chemical
processes surrounding future fuels and contemporary combustion applications. Pioneered …

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 …

Gas-phase iron compounds strongly affect the flame structure already at very low
concentrations, which implies the control of combustion efficiency, pollution formation, and …

Flame spray pyrolysis is an important method of nanoparticle manufacturing. Reactions of
the precursor and the solvent determine which intermediates can contribute to particle …

Chemical vapor synthesis (CVS) is a gas phase process to generate nanoparticles via a
chemical reaction. In this contribution a review of recent methodological advances is …

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