A multi-channel gliding arc (MCGA) plasma was utilized to suppress combustion mode
transition in a hydrogen-fueled cavity-based scramjet combustor with an inflow speed of …

This numerical study of the ignition characteristics of ammonia in a pulsed plasma discharge
includes the assembly of a kinetic model for the oxidation of ammonia/oxygen/helium …

This work presents the results of two-dimensional modeling of the effects of non-equilibrium
excitation and electrode geometry on H 2/air ignition in a nanosecond plasma discharge. A …

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

This work numerically investigates the effects of non-equilibrium nanosecond plasma
discharge pulse repetition frequency, pulse number, and flow velocity on the critical ignition …

The impacts of the pulse repetition frequency (PRF), number of pulses, and energy per pulse
in a train of nanosecond discharge pulses on the ignition of a flowing lean premixed …

An optically accessible pre-chamber setup was used to investigate the ignition occurrence
and early flame propagation in methane/air mixtures at density conditions relevant to engine …

The ignition of an atmospheric pressure laminar premixed methane/air mixture by
Nanosecond Repetitively Pulsed (NRP) discharges in a pin-pin configuration is studied …

The mechanisms controlling the hydrodynamic effects induced by nanosecond pulsed
discharges applied between two pin electrodes in air at atmospheric conditions are …

This work presents an experimental investigation of the hydrodynamic effects induced by
nanosecond and conventional spark discharges. The energy deposited in sparks in the …