Abstract Plasma in hydrogen-containing atmospheres is an efficient method for the reduction of iron oxides. Although a vast number approaches were performed bulk Fe oxides with thermal hydrogen plasmas, there almost no information about non-thermal plasma efficiency atmospheric pressure range. In current article we present natively oxidized surfaces applying dielectric barrier discharge Ar/H 2 ...

The antimicrobial activity of atmospheric pressure non-thermal plasma has been exhaustively characterised, however elucidation of the interactions between biomolecules produced and utilised by bacteria and short plasma exposures are required for optimisation and clinical translation of cold plasma technology. This study characterizes the effects of non-thermal plasma exposure on acyl homoserine...

We show here that non-thermal atmospheric plasma induces the cleavage of N–H bond NH 3 to form aminium radicals, which then add onto ethylene ethylamine in 17% yield.