Recent Advances in Facile Synthesis of Bimetallic Nanostructures: An Overview

Table 2

Wet chemical methods for synthesis of AuAg nanostructures.

Method	Morphology	Structure	Metallic salts		Reductant	Additive agent	Application	Performance	References
Reduction	Nanoparticles	0D	HAuCl4	Ag2SO4	Tyrosine	KOH	Catalysis	Not reported	[108]
One-pot reduction	Core/shell	0D	HAuCl4-3H2O	AgNO3	PEO-PPO	⋯	Catalysis	Not reported	[109, 110]
Reduction	Nanocages	0D	HAuCl4	Ag	PVP	HCl	SPR	Not reported	[111]
Reduction	Nanoparticles	0D	HAuCl4	AgNO3	NaBH4	⋯	CO oxidation	5 times better CO oxidation	[113]
Reduction	Nanoparticles	0D	HAuCl4-3H2O	AgNO3	Volvariella volvacea	⋯	Catalysis	Not reported	[114]
Reduction	Nanoparticles	0D	Au	AgNO3	SDS	⋯	Catalysis	Not reported	[115]
Reduction	Core/shell	0D	Au	AgClO4	⋯	⋯	SPR	18 times the Au particles/	[116]
Reduction	Nanowire	1D	HAuCl4	Ag	⋯	⋯	SERS	Not reported	[117]
Reduction	Nanoparticles	0D	HAuCl4	Ag(NH3)2OH	Pueraria starch-DPS	⋯	Catalysis	Not reported	[119]