Laser-induced fluorescence (LIF) is used to determine the density and rotational
temperature of the nitric oxide (NO) X ground state in a microwave plasma jet. The jet is …

In the past decade, the applications of dielectric barrier discharge (DBD) plasma
technologies have been expanding, and one of the most exciting and rapidly growing …

We report improved measurements of the temperature-dependent cross sections for the
quenching of fluorescence from the A Σ+ 2 (v′= 0) state of NO. Cross sections were …

The reactive chemical species generated by non-equilibrium plasma under atmospheric
pressure conditions are key enablers for many emerging applications spanning the fields of …

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 …

We describe a newly developed single-photon laser-induced fluorescence sensor for
measurements of nitric oxide (NO) in the atmosphere. Rapid tuning of a narrow-band laser …

VELOCITY is a very important parameter in the characterization of aerodynamic flowfields.
There are two approaches used to measure velocity: probe-based (intrusive) and laser …

In this work, the kinetics of nitrogen fixation via plasma-induced N 2 oxidation in a 10 ns
pulsed atmospheric pressure water-contacting discharge sustained in air is investigated …

Planar laser‐induced fluorescence (PLIF) enables noninvasive in situ investigations of
catalytic flow reactors. The method is based on the selective detection of two‐dimensional …

Intermolecular interactions, stereodynamics, and coupled potential energy surfaces (PESs)
all play a significant role in determining the outcomes of molecular collisions. A detailed …