Non-equilibrium plasma has been proven to expand ignition limits and enhance
combustion. This paper uses high-voltage nanosecond pulsed discharge (NPD) to generate …

The recent advances in plasma-assisted combustion must now be strengthened through
high-fidelity numerical simulations. However, detailed plasma-combustion coupled …

This work computationally studies plasma assisted low temperature NH 3/air ignition and
NO x formation in a repetitively-pulsed nanosecond discharge at atmospheric pressure by …

With respect to successful applications of pulsed power in gas discharges, the enhanced
generation of desired active species and control of plasma parameters as required are …

Plasma stability in reactive mixtures is critical for various applications from plasma-assisted
combustion to gas conversion. To generate stable and uniform plasmas and control the …

Compared to quiescent premixed reactants, forced ignition of flowing/turbulent premixed
reactants is expected to be more difficult because of increased dissipation of the deposited …

The open-source package ZDPlasKin is integrated into OpenFOAM to develop the ZDP-OF
platform, facilitating simultaneous computations of plasma discharge and chemical reactions …

This work experimentally and numerically studied the kinetic roles of non-equilibrium
nanosecond pulsed discharge in the oxidation and ignition of NH 3/O 2/Ar mixture at low …

Despite the significant advancement in plasma assisted combustion recently, many of the
underlying plasma/combustion interaction mechanisms remain unknown. Critical data such …

This work aims to find how coupled energy per pulse influences the ability of a pulsed
dielectric barrier discharge (DBD) plasma to ignite fuel-lean methane–air flow. For that …