Plasmas can generate ultra-high-temperature reactive environments that can be used for the
synthesis and processing of a wide range of materials,. However, the limited volume …

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 …

We report the development of a multi-pass diode laser absorption spectroscopy system for
simultaneous measurements of soot volume fraction (SVF), temperature, and C_2H_2 …

This Letter describes the development and implementation of an ultraviolet and broadband
ultrafast-laser-absorption-imaging (UV-ULAI) diagnostic for one dimensional (1D) imaging of …

In many low-temperature plasmas (LTPs), the OH radical and temperature represent key
properties of plasma reactivity. However, OH and temperature measurements in weakly …

Nonequilibrium generation of atomic nitrogen and hydrogen governing ammonia production
both in the gas phase and on the catalyst surface is critical to plasma-aided ammonia …

View Video Presentation: https://doi. org/10.2514/6.2023-0748. vid This work numerically
studies the ignition enhancement of NH3/air mixtures by non-equilibrium excitation in a …

This work developed femtosecond two-photon absorption laser induced fluorescence for
atomic nitrogen and hydrogen measurements, applied it to plasma aided ammonia …

View Video Presentation: https://doi. org/10.2514/6.2023-0351. vid Plasma represents one
of the most attractive ways to synthesize ammonia (NH3), since it uses renewable electricity …

Recently, OH planar laser-induced fluorescence (PLIF) using the broadband, ultrashort
femtosecond-duration (fs-duration) and the thermally assisted vibrational transfer in excited …