Recent suggestion by Burke and Klippenstein (2017) that chemically termolecular reactions
H+ O 2+ R may significantly affect kinetic pathways under common combustion situations …

The combustion properties of hydrogen-containing fuel mixtures and the effect of the
variation of the oxygen content of the oxidizer are at the center of recent research interest …

The laminar burning velocity is a fundamental property of combustible mixtures important for
kinetic model validation as well as for practical applications. Many efforts are directed …

As one of the most promising environmentally-friendly and renewable energies, biomass
derived gas (BDG) has a great application prospect in the future energy system. Due to …

The laminar burning velocity of nine different syngas compositions has been measured at
elevated temperatures (350–650 K) for various equivalence ratios using an externally …

Dynamic composition changes in the syngas is a challenge for its combustion at elevated
temperatures and pressures without accurate knowledge of flame properties. The present …

An empirical model based on machine learning is developed for predicting the variation of
the laminar burning velocities of H 2/CO/CH 4/CO 2/N 2/air mixtures with volumetric fractions …

In this work, we propose a novel data-driven framework for detailed kinetic mechanisms
optimization applying the heuristic algorithm, namely canonic Particle Swarm Optimization …

Oxy-fuel combustion is a promising strategy for carbon capture. Existing syngas combustion
models overpredicted recently measured ignition delay time data in high-level CO 2 diluent …

Industrial waste gases from chemical production plants often contain toxic products that
usually have to be removed or destroyed by waste gas purification or thermal afterburning …