Combustion of hydrocarbon fuels lacks accurate and detailed reaction mechanisms, and the
majority of flame research is focused on atmospheric conditions, with little progress made in …

The morphological characterization of aggregates or agglomerates using image analysis is
an increasingly active area of research, whether in the chemical, environmental or civil …

As a promising carbon-free alternative fuel, ammonia (NH 3) cofiring with hydrocarbon fuels
can improve its own combustion properties and suppress the soot emission. In this work, the …

We have characterized soot particles measured in situ in a laminar co-flow ethylene-air
diffusion flame using small-angle X-ray scattering (SAXS). The analysis includes …

Liquid oxygenated biofuels such as anisole have been used as additives, since they
increase the octane number and improve spark-ignition engines' performance. In this study …

During the agglomeration of nanoparticles and in particular, soot, a change in both the flow
regime (from free molecular to near continuum) as well as the change of agglomeration …

The present study investigated the effects of NH 3/H 2/N 2 addition on soot morphology and
nanostructure in laminar co-flow diffusion flame of ethylene, by adopting the method of …

Pressure is a significant factor affecting soot formation and oxidation. However, there are
only scarce studies in the literature that probe soot samples in high-pressure laminar …

Soot particle surface growth may have a significant impact on aggregation kinetics, particle
morphology, and both aggregate and monomer size distributions. Particularly, the …

This study proposes a new trivariate retrieval method based on a moderate-fluence laser-
induced incandescence (LII) model. By changing the undesirable mathematical properties …