The current work investigates the formation of Nitric Oxide (NO) in hydrogen–air flames, over
a wide range of flame temperatures. The use of hydrogen allows improved focus on the …

Accurate thermochemical mechanisms that can predict the formation of nitrogen oxides (NO
x) are important design tools for low-emissions engines. The lack of accurate direct …

This study investigates the large variability and uncertainty in the thermal-initiation reaction
rates found in the literature. An experimental study is conducted at atmospheric pressure in …

Accurate and robust thermochemical models are required to identify future low-NOx
technologies that can meet the increasingly stringent emissions regulations in the gas …

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 …

Increasingly stringent regulations are imposed on nitrogen oxides emissions due to their
numerous negative impacts on human health and the environment. Accurate, experimentally …

Increasingly stringent regulations on NOx emissions are enforced by governments owing to
their contribution in the formation of ozone, smog, fine aerosols, acid rains, and nutrient …

Increasingly stringent regulations on NOx emissions are enforced by governments owing to
their contribution in the formation of ozone, smog, fine aerosols, acid rains and nutrient …

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 nitrogen oxides emissions due to their
numerous negative impacts on human health and the environment. Accurate, experimentally …