Tuning the chemistry of air plasma-water interaction and biomedical/agriculture applications of plasma activated water
Machala Z., Mentheour R., Sersenová D., Tarabová B., Ndiffo Yemeli G.B., Vukušič T., Pásztor S., Gbelcová H., Konečná B., Tóthová Ľ., Janda M., Hensel K.
Plasma Science & Enterpreneurship 2019, Luxembourg (LU), Nov 14-15, p. 15 (2019)
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Abstract: Control and tunability of the chemical composition and biomedical effects of plasma activated water/media for emerging applications in biomedicine and agriculture is possible by controlling the discharge regime, deposited power, plasma-liquid interface area, and gas flow conditions. We compare gaseous and aqueous RONS of several cold air plasma sources: streamer corona, transient spark and glow discharge, interacting with water in open and closed reactors with water electrospray or in batch treatment of water/cell cultivation media. Examples of successful applications of such plasma activated water/media for disinfection, urinary tract infection treatment, melanoma cancer cell viability reduction, or plant growth promotion will be shown.
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