Fast gas heating (FGH) is an abrupt increase in gas temperature in non-equilibrium low-
temperature plasma due to relaxation of electronically excited states of atoms and …

In this study, the effects of nanosecond plasma discharges on the combustion characteristics
of ammonia are investigated over a wide range of mixture properties and plasma settings …

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 …

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 …

Speciation and temperature measurements of methane oxidation during a nanosecond
repetitively pulsed discharge in a low-temperature flow reactor have been performed …

In this contribution, nanosecond pulsed discharges in N 2 and N 2/0.9% H 2 O at
atmospheric pressure (at 300 K) are studied with time-resolved imaging, optical emission …

Transient plasma ignition, involving short ignition pulses (typically 10–50 ns), has been
shown to effectively reduce ignition delays and improve engine performance for a wide …

Nanosecond pulse discharge plasma imaging, coupled pulse energy measurements, and
kinetic modeling are used to analyze the mechanism of energy coupling in high repetition …

Abstract Picosecond coherent anti-Stokes Raman spectroscopy (CARS) is used to study
vibrational energy loading and relaxation kinetics in nitrogen and air ns pulsed non …

An integrated theoretical and numerical framework is developed to study the dynamics of
energy coupling, gas heating and generation of active species by repetitively pulsed …