Nanomaterial Synthesis Using Plasma Generation in Liquid

Figure 1

Gas discharge between an electrode and the electrolyte surface (Group i). (i-1) Influence of glow discharge plasma and dielectric barrier discharge [18–24]. (i-2) Dielectric barrier discharge in quartz tube [25]. (i-3) Gliding arc discharge [26]. (i-4) Gas-liquid interfacial plasma, plasma electrochemistry in ILs, and so forth [27–39]. (i-5) Glow discharge formation over water surface [40]. (i-6) Discharge electrolysis [41–56, 76, 77]. (i-7) Microplasma [15, 57–67]. (i-8) Dual plasma electrolysis [78]. (i-9) Plasma in and in contact with liquids [68, 69]. (i-10) Microplasma discharge [70]. (i-11) Glow discharge generated in contact with a flowing liquid cathode [71–75].