The rapid formation of nitric oxide (NO) within the flame front of hydrocarbon flames,
occurring via the prompt-NO formation route, is strongly coupled to the concentration of the …

This study provides fundamental experimental evidence for the influence of exhaust gas
recirculation (EGR) on the formation of NO x and reactivity of premixed flames at …

Given the multi-physical nature of coal combustion, the development and validation of
detailed chemical models reproducing coal volatiles combustion under oxy-fuel conditions is …

As the foundation for detailed hierarchical combustion chemistry models, the accuracy of the
hydrogen oxidation mechanism is paramount to achieve truly predictive models. The recent …

Increasingly stringent regulations are imposed on nitric oxide (NO) due to its numerous,
direct and indirect, deleterious effects on human health and the environment. A better control …

Plasma-assisted combustion has the potential to improve flame stability and combustion
performance. Among all the different types of plasma source, nanosecond repetitively …

There has been increased interest in plasma-assisted combustion over the last two decades
due to its ability to improve flame stability and combustion performance. However, the effect …

Understanding the formation of nitric oxide (NO) at elevated pressures closer to practical
applications remains one of the challenges to improve nitrogen chemistry modelling. In the …

Previous works have shown that the time averaged azimuthal velocity component exhibit
overall low velocity magnitudes. On an instantaneous basis however, mitigation of local swirl …

The adiabatic, unstrained, laminar flame speed, SL, is a fundamental combustion property,
and a premier target for the development and validation of thermochemical mechanisms. It is …