Understanding the dynamics of soot formation and growth during combustion of jet fuel is
essential for mitigation of aircraft engine emissions. Here, soot formation during enclosed …

Methane pyrolysis is a very attractive and climate-friendly process for hydrogen production
and the sequestration of carbon as solid material. The formation of soot particles in methane …

Since existing reduced mechanisms of ethylene oxidation are either too large or lack of
sufficient chemical reactions to describe aromatics formation, the study aims at developing a …

In this work, pyrene adsorption on the surface of a 2-nm iron oxide nanoparticle over the
temperature range of 600–2500 K is studied by ReaxFF molecular dynamics simulations …

Understanding soot formation in flames burning Jet-A fuel at elevated pressures is critical for
reducing emissions from aeroengine combustion. In this work, we utilize a single camera …

The general relevance of soot research in the next few decades is virtually assured since it
is unfortunately unlikely that humans will wean themselves off fossil fuels by mid-century …

Control soot generation among hydrocarbon fuels efficient and clean utilization process is a
significant challenge. This paper presents the physical and chemical characteristics of soot …

In order to tackle the climate emergency, it is imperative to advance cleaner technologies to
reduce pollutant emission as soot particles. However, there is still a lack of complete …

Different laboratory-based and synchrotron-based shock tube techniques were used to
study the kinetic mechanisms involved in soot formation from key fuel components and …