Optical diagnostics of reactive species in atmospheric-pressure nonthermal plasma -
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Nanosecond pulsed streamer discharge has unique characteristics that differentiate it from
longer discharges. The very fast voltage rise time, peak voltage plateau, short pulse …

In this work, a detailed comparison is made of a few different approaches to numerical
modeling of non-equilibrium gas discharge plasmas in dry ambient air at atmospheric …

Limited research has been conducted on the formation mechanism of chemically active
species in streamer discharges with respect to the oxygen concentration, which is critical to …

This study evaluates the individual effects of electron‐impact ionization, attachment, and
photoionization on streamer propagation to provide a deeper understanding of the streamer …

We study the energy efficiency of species production by streamer discharges with a single
voltage pulse in atmospheric dry air, using a 2D axisymmetric fluid model. Sixty different …

Over the past two decades, research and development using various atmospheric-pressure
non-equilibrium plasmas has been conducted energetically for materials synthesis, surface …

A method for the combustion organisation in the cylinder of an HCCI engine is proposed.
This method is based on the selective impact of electrical discharge in the form of a high …

When applying high-voltage direct current to a pin-to-plane electrode geometry with a
distance of 2 mm under atmospheric pressure in argon gas, electrical breakdown forms …

In this paper we present our solid-state nanosecond pulse source (the solid-state
impedance-matched Marx generator) which can generate arbitrary waveforms and which …