Nanomaterial Synthesis Using Plasma Generation in Liquid

Table 3

Alloy and compound NP synthesis via techniques for plasma generation in liquid.

NPs	Raw materials	Liquid	Configurations and references
Au-Ag	HAuCl4, AgNO3	Solution	i-7: microplasma-chemical synthesis [67]
Au core-Ag shell	HAuCl4, AgNO3	Solution	i-8: dual plasma electrolysis [78]
Pt-Au	Pt and Au wires	Solution	ii-1: solution plasma sputtering (DC, pulsed) [88]
	H2PtCl6, NaAuCl4	Solution	iii-1: electrochemical discharges (DC) [172]
Ag-Pt	Ag and Pt rod	Solution	ii-1: arc-discharge solution plasma (DC, pulsed) [89]
Co-Pt	CoCl2, PtCl2	Molten salt	i-6: plasma-induced cathodic discharge electrolysis [76]
Fe-Pt	FeCl2, PtCl2	Molten salt	i-6: plasma-induced cathodic discharge electrolysis [49]
Sm-Co	SmCl3, CoCl2	Molten salt	i-6: plasma-induced cathodic discharge electrolysis [48]
Ni-Cr	Alloy wire	Solution	iii-1: solution plasma (DC) [188]
Sn-Ag	Alloy wire	Solution	iii-3: electric discharge plasma [200]
Sn-Pb	Alloy wire	Solution	iii-1: solution plasma (DC) [188]
Stainless steel	Alloy wire	Solution	iii-3: solution plasma (DC) [188], electric discharge plasma [200]
Co-B	Co acetate, KBH4	Solution	ii-4: solution plasma (pulsed) [125]
MoS2	MoS2 powder	Solution	ii-7: arc in water (DC 17 V, 30 A) [159]
ZnMgS	ZnMg alloy	Liquid sulfur	ii-3: pulsed plasma in liquid (AC) [118]