The environmental impact of greenhouse gases such as carbon dioxide and methane can
be reduced if they are used as feedstock to synthesize chemical building blocks such as …

The direct upgrading of methane to higher hydrocarbons via plasma-catalysis has received
particular attention due to the high valorisation potential of the molecule and methane's wide …

Methane pyrolysis for the production of hydrogen and solid carbon was studied in plasma
reactor PlasGas equipped with a DC plasma torch with the arc stabilized by a water vortex …

Ignition enhancement using a hybrid repetitive nanosecond and DC discharge is studied in
CH 4/O 2/He mixtures at atmospheric pressure by using a hybrid ZDPlasKin-CHEMKIN …

Thermal plasma activation of CH 4-CO 2 reforming (CRM) to syngas under non-catalytic
conditions is an efficient and clean technology for the large-scale utilization of hydrocarbon …

An instability in a nanosecond pulsed dielectric barrier discharge plasma occurring in
methane–oxygen–argon mixtures is experimentally observed and measured by 1D time …

A combined experimental and simulational work was carried out in this paper to investigate
the kinetic effects of non-equilibrium excitation by direct electron impact on low temperature …

A zero-dimensional model of nonequilibrium plasma-assisted methane–air ignition at
atmospheric pressure is presented to study the effects of vibrationally excited species on …

The kinetic effects of non-equilibrium excitation by direct electron impact on low-temperature
oxidation of CH 4 were investigated by experiment and simulation. We focused on the …

While numerous studies are available on methane pyrolysis chemical kinetics and the effect
of plasma parameters on graphene synthesis, a comprehensive understanding of the …