Manufacturing of nanostructured materials and functional devices offers many exciting
opportunities for substantial contribution in renewable energy utilization, environmental …

The combustion phenomenon is characterized by rapid self-sustaining reactions, which can
occur in the solid, liquid, or gas phase. Specific types of these reactions are used to produce …

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 …

In many scientific communities, the definition of standardized experiments has enabled
major progress in process understanding. The investigation of the spray-flame synthesis of …

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 …

Combusting metal precursor-laden droplets, required in spray-flame synthesis of
nanomaterials, are known to undergo a rapid and disruptive disintegration, ie, puffing and …

In flame spray pyrolysis (FSP), the evolution of metal oxide nanoparticles relies on quite a
number of droplet (liquid) and vapor phase related physical mechanism as for instance …

Nano‐sized perovskites were synthesized in a spray flame from nitrate precursors dissolved
in ethanol and in ethanol/2‐ethylhexanoic acid (2‐EHA) mixtures. Experiments with ethanol …

Experimental investigations of in-flight droplet microexplosions (μ-explosions) during flame
spray pyrolysis and corresponding single drop experiments are carried out. High-speed …

Thermally-induced breakup of metal-precursor-laden droplets in spray-flame synthesis
occurs via a rapid and disruptive disintegration, ie,“puffing” and “micro-explosion”. To assess …