The present work improves a phenomenological plasma-assisted combustion model by
integrating the spatiotemporal distribution of plasma power density, thereby considering the …

This study aims to investigate the impact of Nanosecond Repetitively Pulsed Discharges
(NRPDs) on the acoustic scattering properties of the second stage of a Constant Pressure …

The development of low NO x hydrogen (H 2) burners is crucial for the sustainability target of
the power/propulsion sector. However, the technical difficulty of burning H 2 at low NO x …

The orthogonally oriented injector configuration typically used in axial fuel staging-capable
gas turbine combustors is known to produce complicated thermoacoustic interactions …

Petroleum hydrocarbons like diesel, crude oil, and bitumen are persistent soil contaminants,
necessitating urgent remediation due to their harmful effects on the soil and living …

Plasma-assisted combustion using Nanosecond Repetitively Pulsed Discharges (NRPDs) is
an emerging technology that enhances the reactivity of fuel–air mixtures, offering significant …

Several filamentary discharges can be applied to a combustible mixture, which can then
ignite. The energy density of this discharge is a vital parameter, as it directly influences the …

Nitrogen oxides (NOx), classified as an indirect greenhouse gas (GHG), are increasing in
demand for reduction as emission regulations are expanded not only in internal combustion …

Ignition and combustion behavior in the second stage of a sequential combustor are
investigated numerically at atmospheric pressure for pure CH 4 fueling and for two CH 4-H 2 …

This work studies the impact on flames of the toroidal hydrodynamic regime induced by
Nanosecond Repetitively Pulsed discharges. Thanks to OH Planar Laser-Induced …