Using an in-house 0D plasma chemical solver, this paper investigates the species involved
in plasma-assisted reforming of both pure ammonia and stoichiometric ammonia-air …

The present work reports on the effects of controlled non-equilibrium excitation of reactant
molecules on low temperature H 2/O 2/He ignition by numerically modeling a hybrid …

Experimental and kinetic studies of the non-equilibrium plasma-assisted methane
conversion into higher hydrocarbons and H 2 with N 2/Ar/He diluents are investigated …

Currently, about 90% of methane (CH4) is used in various combustion processes, releasing
carbon dioxide into the atmosphere. In order to optimize the use of fossil-fuel energy and …

Plasma can be used to enhance the reactivity of combustible mixtures at low temperatures.
In this article, the chemical pathways predicted by three different reaction mechanisms are …

The present work investigates the kinetics of catalytic ammonia synthesis in a N 2/H 2
mixture activated by a nanosecond pulsed discharge plasma experimentally and …

This work investigates the effects of atmospheric-pressure nanosecond (ns) pulsed plasma
discharges on NH 3/air flames using optical emission spectroscopy (OES). Firstly, spatially …

Ammonia is gaining increasing attention as a green alternative fuel for achieving large-scale
carbon emission reduction. Despite its potential technical prospects, the harsh ignition …

Excited-state species are a vital component of plasma chemistry modeling. Many previous
works have studied the reactions of excited-state species. In almost all of these studies, the …

Nanosecond repetitive pulse discharges (NRP) are a promising technology to promote the
ignition of a lean reactive mixture. The success or failure of ignition results from complex …