Addition of reactive or inert substances is one of the most effective and practical ways to
control soot formation in combustion of hydrocarbon fuels. In this paper, the research …

Abstract High Resolution Transmission Electron Microscopy (HRTEM) has been a widely
used technique for the analysis of nanostructure of turbostratic carbon. Since the late …

The mixture of n-heptane and toluene is regarded as surrogate fuel for diesel. Under the
premise of a certain carbon flow rate, the particle size, nanostructure, microcrystalline size …

Soot oxidation kinetics is relevant for the exhaust pollutant reduction through processing in
abatement systems based on filtering and oxidation as diesel particulate filters. Soot …

Soot particles produced during the combustion of hydrocarbon fuels pose significant health
and environmental risks while also holding potential for various industrial applications …

A numerical study is conducted using the CoFlame code to investigate the sooting
characteristics of ethylene-fueled laminar coflow inverse diffusion flames (IDFs), aiming to …

In this paper, polycyclic aromatic hydrocarbons (PAHs) and soot formation in rich partially
premixed flames and nonpremixed flames were studied using a blend of n-heptane and …

This paper reports the formation of a self-formed three-stage dual-wing-shaped carbon
(TSDWSC) from acetylene diffusion flame for the first time. The TSDWSC grows naturally …

Abstract Effects of simultaneous, together with separate addition of hydrogen to the fuel and
water vapour to the oxidizer on soot formation in laminar, counterflow ethylene diffusion …

This study was devoted to the characterization of soot properties in ethylene inverse
diffusion flames with different carbon length alcohols, which mainly contained the soot …