Species, pathways, and timescales for NH3 production by plasma catalysis over transition-
metal wools are determined by measuring plasma-derived species densities [N, H, and N2 …

The advancement of plasma technology is intricately linked with the utilization of
computational fluid dynamics (CFD) models, which play a pivotal role in the design and …

The generation and enhancement of active species in non-thermal plasmas are always
decisive issues with respect to their successful applications. In this work, an atmospheric …

Many applications involving atmospheric pressure plasma-substrate interactions are
enabled by the large fluxes of short-lived reactive species such as OH radicals to the …

Plasma catalysis is an emerging process electrification technology for industry
decarbonization. Plasma-catalytic dry reforming of methane relies on the mutual effects of …

The interaction of cold atmospheric pressure plasma jets with hydrogels has been used as a
model system to study the interaction of plasmas with tissues. In this study, we analyze the …

In atmospheric pressure capacitively-coupled microplasma jets, voltage waveform tailoring
(VWT) was demonstrated to provide ultimate control of the electron energy distribution …

Vibrationally excited N 2 molecules are suggested to be one of the possible key species
responsible for the observed synergistic effects in plasma catalysis for NH 3 synthesis. To …

In this work, we investigated atmospheric pressure plasma jet (APPJ)-assisted methane
oxidation over a Ni-SiO 2/Al 2 O 3 catalyst. We evaluated possible reaction mechanisms by …

In this work we used molecular beam mass spectrometry to characterize ion fluxes produced
by a modulated radiofrequency (RF)-driven atmospheric pressure plasma jet operating in a …