The part played by various radicals and excited particles in reducing the induction period is
discussed when analyzing the ignition of combustible mixtures under highly nonequilibrium …

We use a global (volume averaged) model to study the dissociation processes and the
presence of negative ions and metastable species in a low pressure high density O 2/Ar …

Recently updated hydrogen combustion mechanism was combined with ozone
decomposition reactions and extended by reactions of excited species: O (1 D), OH (2 Σ+) …

Ozone has been widely used for its disinfection properties ever since its efficient production
was made possible by plasma discharges. To-date, many experimental and modeling …

Chemical oxygen‐iodine lasers are unique in their ability to generate high‐power beams
with near diffraction limited beam quality. The operating wavelength, 1.315 µm is readily …

For the past couple of decades, electrical discharges (or plasmas) have been widely
investigated in pursuit of the advancement in combustion and fuel reforming. Particularly …

Non-thermal plasma discharges are considered as an assisted method for supporting
conventional thermal processes, because the discharge-generated radicals can be used to …

This work presents a reaction mechanism for oxygen plasmas, ie a set of reactions and
corresponding rate coefficients that are validated against benchmark experiments. The …

The production and transport dynamics of O 2 (a 1 Δ g) and molecules as well as O (3 P)
atoms has been studied in an O 2 flow excited by a 13.56 MHz RF discharge in a quartz tube …

The effect of the presence of singlet oxygen molecules O2 (a1Δg) in a CH4–air mixture on
the speed of laminar flame propagation is considered. The known experimental data on the …