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

Laser-induced incandescence (LII) is a widely used combustion diagnostic for in situ
measurements of soot primary particle sizes and volume fractions in flames, exhaust gases …

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 …

Ex-situ doping has an obvious advantage in tailoring the intrinsic properties of
semiconductor due to the crucial dopant depth-control. However, the developed ex-situ …

Gas-phase routes have emerged as a promising method for synthesizing functional
nanomaterials. A review of the state-of-the-art on aerosol reactors, such as flame aerosol …

Photocatalytic technology has broad prospects in the degradation of organic pollutants due
to its green, energy-saving and high-efficiency characteristics. In this study, TiO 2 and V–TiO …

Flame spray pyrolysis has emerged as a promising technology to synthesize metal-oxide
nanomaterials in a scalable way. However, numerical simulation of the reactive flow system …

An inverse radiation analysis is presented for simultaneous reconstruction of temperature
and volume fraction fields of soot and metal-oxide nanoparticles in a nanofluid fuel sooting …

The development of laser-induced incandescence (LII) approach for characterizing the
production of high-purity non-carbonaceous metal oxides produced in flame synthesis …

In this study, emission and extinction spectroscopy were combined to in situ measure
temperature and volume fraction distributions of liquid germanium nanoparticle gas-phase …