Chemical energy carriers are crucial for addressing challenges that arise from time lag,
large distances, and temporal fluctuations in renewable energy production, which lead to …

As gas-phase methods for the synthesis of tailored nanomaterials become increasingly
sophisticated, the need for in situ diagnostics of reaction conditions and particle properties …

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 …

The synthesis of iron oxide nanoparticles from iron nitrate in the SpraySyn spray flame
reactor was investigated by experiment and simulation. The focus was on the spray and …

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

Gas-phase temperature and OH concentration images are measured in the SpraySyn
nanoparticle-synthesis standard burner using multi-line OH laser-induced fluorescence (LIF) …

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 …

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 …

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

An automated spectral fitting algorithm (named Thermo NO-LIF) designed for the extraction
of temperature information from experimental NO-LIF spectra is presented and analysed …