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

A population balance method based on weighted Monte-Carlo droplets is used to
investigate breakup phenomena in single droplet combustion and spray flame synthesis …

Selective catalytic reduction (SCR) systems are essential for post combustion nitrogen oxide
(NO x) emissions control for both stationary and mobile sources. Aqueous urea is a …

Nanoparticles exhibit superior physical and chemical properties, making them highly
desirable for various applications. Flame spray pyrolysis (FSP) is a versatile technique for …

The characteristics of the spray and droplets produced by liquid film breakup are crucial for
understanding the atomization process in industrial furnace atomizers. This study employed …

Nanomaterials from gas-phase synthesis are tapping into new fields of application in
research and industry due to their unique size-dependent properties. To produce tailored …

Puffing (weak disruptions) and μ-explosions (strong disruptions) play an important role in the
synthesis of nanoparticles via flame spray pyrolysis (FSP), as they increase the mass …

Spray-flame synthesis (SFS) enables one-step production of functional metal-oxide
nanoparticles from inexpensive precursors such as metal salts. Precursor-laden droplets …

The combustion of aluminum powder enables a CO 2-free generation of heat and electricity.
To understand the asymmetric combustion of burning aluminum particles, we imaged light …

The stability characteristics of an established flame spray pyrolysis (FSP) burner are
quantified in order to determine viable operating conditions and map the structure of FSP …