Flame spray pyrolysis of precursor–solvent combinations with high enthalpy density allows
the design of functional nanoscale materials. Within the last two decades, flame spray …

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 …

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 …

We present a numerical study of the combustion of single iron particles in an O 2–N 2
atmosphere. By resolving the full boundary layer, mass and heat transfer are accurately …

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 …

Iron oxide nanoparticles are very interesting for many applications in different industrial
sectors. A promising process to manufacture these nanoparticles is flame spray pyrolysis …

Following the ignition and solid-to-liquid phase transition of a fine (on the order of 10–100
µm in diameter) iron particle, the self-sustained combustion of a liquid-phase droplet of iron …

Sampling probes used for the mass spectrometric sampling of a flame can affect the flame's
flow field. Although this effect is already compensated for by heuristic correction functions …

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

Compared to gaseous hydrocarbon flame, a metal hybrid flame has higher energy and even
has a higher flame temperature. This study explored the micro-explosion mechanisms of …