Climate change and global warming necessitate the shift toward low-emission, carbon-free
fuels. Although hydrogen boasts zero carbon content and high performance, its utilization is …

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 …

The ignition delay and NO emission characteristics of the NH 3/N 2/O 2 mixture under the
influence of pulse–DC hybrid plasma discharges have been studied. The plasma and …

High pressure ammonia/methanol oxidation and NO x formations were investigated using a
recently developed supercritical pressure jet-stirred reactor (SP-JSR) at 20 and 100 atm with …

Self-consistent 1D modeling of streamers in ammonia-oxygen-nitrogen-water mixtures has
been performed in this work. A fluid model that includes species transport, electrostatic …

Despite the significant advancement in plasma assisted combustion recently, many of the
underlying plasma/combustion interaction mechanisms remain unknown. Critical data such …

This work experimentally and numerically studied the kinetic roles of non-equilibrium
nanosecond pulsed discharge in the oxidation and ignition of NH 3/O 2/Ar mixture at low …

Manipulating surface charge, electric field, and plasma afterglow in a non-equilibrium
plasma is critical to control plasma-surface interaction for plasma catalysis and …

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 …

Ammonia (NH 3) has been widely recognized as one of the carbon-neutral fuels. However,
ammonia combustion suffers low reactivity and high N 2 O/NO x emissions. To overcome …