Recent Advances in Facile Synthesis of Bimetallic Nanostructures: An Overview

Table 3

Wet chemical methods for synthesis of AuPd nanostructures.

Method	Morphology	Structure	Metallic salts		Reductant	Additive agent	Application	Performance	References
Replacement	Tadpole shapes	1D	HAuCl4	Pd	PVP	⋯	Catalysis	Not reported	[125]
Reduction	Flower shapes	3D	HAuCl4	K2PdCl4	Ascorbic acid	PVP	SERS	3.5 times Pd NPs	[126]
Reduction	Nanoparticles	0D	[Au(en)2]Cl3	Pd(NH3)4Cl2	CTAB	⋯	Fuel cell	Not reported	[127]
Reduction	Nanoparticles	0D	HAuCl4	K2PdCl4	CTAB	⋯	Catalysis	Not reported	[112]
Reduction	Nanoparticles	0D	HAuCl4	Pd NCs	Ascorbic acid	⋯	SPR	Not reported	[128]
Reduction	Nanoparticles	0D	HAuCl4	Pd(acac)2	Oleylamine	⋯	Catalysis	Not reported	[129]
Reduction	Nanoparticles	0D	HAuCl4	PdCl2	Cacumen platycladi extract	⋯	Catalysis	Not reported	[130]
Reduction	Nanostructure	3D	HAuCl4	PdCl2	Dextran	⋯	SERS	High SERS (6G)	[131]
Reduction	Nanoparticles	0D	NaAuBr4	K2PdCl4	L-Ascorbic acid	CTAC	Fuel cell	Not reported	[132]
Reduction	Nanoparticles	0D	HAuCl4	Na2PdCl4	Ascorbic acid	⋯	Cancer cell sensing	Not reported	[133]