The in-plasma-catalytic synthesis of ammonia from nitrogen and hydrogen
admixed to a helium RF plasma is studied with infrared absorption
spectroscopy, optical emission spectroscopy, and through chemical kinetics
modeling. Sandblasted glass is...
Surface dielectric barrier discharges (sDBD) are efficient and scalable
plasma sources for plasma-based gas conversion. One prominent feature of an
sDBD in this application is its ionic wind, which exerts a force on the
neutrals, thus leading to...
The SFB-TR 87 combines the expertise in the areas of plasma physics / plasma
technology, materials science / surface engineering and interfacial
chemistry. On this basis, ternary or quaternary ceramic layer systems on
metal substrates with...
The project team analyses how emissions from steel production can be feasibly
deployed.
Steel mill gases created during steel production make a major contribution to
the unpopular CO2 emissions. The project involving researchers at RUB aims to...
NO synthesis using plasma catalysis is analyzed in a parallel-plate
atmospheric pressure RF plasma from N$_2$/O$_2$ admixed to helium exposed to
Fe and Pt catalysts on a SiO$_2$ support. The NO$_x$ species are measured by
Fourier-transform...
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