Combustion and other high-temperature processes can produce solid aerosol nanoparticles
with complex morphologies, including fractal-like aggregates of primary particles …

The creation of carbonaceous nanoparticles and their dynamics in hydrocarbon flames are
still debated in environmental, combustion, and material sciences. In this study, we introduce …

Laser diagnostics has been one of the most powerful tools in advancing state-of-the-art
combustion research over the last five decades. Prof. Marcus Aldén, one of the most well …

In previous work, we introduced the dual-pulse two-color time-resolved laser-induced
incandescence (DP-2C-TiRe-LII), which is possibly suitable for on-line monitoring of the …

An original in situ experimental approach is proposed to estimate the absorption function of
soot particles in flames: the two separated pulses laser-induced incandescence technique …

In this work cooled carbon nanoparticles are investigated with the aim of gaining knowledge
on their properties. To this purpose, a double pulse experiment is employed consisting …

Combustion-generated carbon nanoparticles exhibit a variety of optical and
physicochemical properties. Therefore, when applying laser diagnostic tools for monitoring …

Light absorbing carbonaceous aerosols produced from combustion span over a range of
physicochemical properties. Soot is the most recognized species in this category and its …

The effect of rapid laser irradiation on the optical properties of mature soot particles is
investigated by performing wavelength-resolved extinction measurements in the visible …

In this study, Raman spectroscopy has been used to evaluate the evolution of the structural
modification of soot during oxidation processes at various preset temperatures up to 700° C …