The SpraySyn burner has been developed to investigate nanoparticle synthesis from spray
flames by various diagnostic methods and simulations from research groups within the DFG …

Spray flame pyrolysis is a versatile method to produce metal oxide nanoparticles in a cost-
effective and material-effective way. The spray of dissolved metal salts allows one to …

Nanoparticle synthesis in spray flames is a flexible method to produce materials with a wide
range of compositions, morphologies, and properties. On the road to industrial application …

This study analyzes burner scale-dependent effects for iron-oxide nanoparticles synthesis in
spray flames through a combined experimental and numerical approach. A laboratory-and a …

Coaxial atomization is an established atomization strategy for many stationary combustion
systems. While modeling spray formation in coaxial atomization is challenging due to the …

Turbulent spray flames issuing from the SpraySyn 2.0 burner were investigated in the
present work by means of tomographic imaging using multi-simultaneous measurements …

Rainbow refractometry can be employed for measuring the parameters of droplets or sprays.
Considering the diversity of different measurement environments and droplet components …

The SpraySyn burner is a new system recently developed at the University of Duisburg-
Essen to investigate experimentally nanoparticle synthesis in spray flames for a variety of …

Flame synthesis is increasingly employed in the fabrication of multi-component functional
nanoparticles. This study introduces a pioneering methodology for synthesizing ultrafine …

This paper presents a detailed validation of a modeling framework and its implementation
for the simulation of flame spray pyrolysis (FSP) using different nozzle geometries of the so …