Production of TEMPO by O atoms in atmospheric pressure non-thermal plasma-liquid interactions
作者： Daniel T Elg , I-Wei Yang , David B Graves
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摘要: Non-thermal atmospheric pressure plasmas enable plasma treatment of surfaces without requiring a low-pressure environment. These are currently interest for, among other things, their biomedical applications, many which enabled by production reactive oxygen and nitrogen species (RONS). Plasma?liquid interactions especially important due to the high amounts water in biological materials. However, chemistries these very complex not well-understood. One method quantify plasma?liquid is dissolve reactant into liquid which, when exposed plasma-created RONS, forms measurable product. In particular, oxidation spin trap TEMP TEMPO has been used track trends species. effect individual on previously determined. This paper differentiates various produced He jet operating controllable Oxidation mainly O atoms, with small or negligible contributions from Thus, yield will also be illuminate atom production.
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