. 2022 Feb 16;12(9):5686–5719. doi: 10.1039/d1ra06731a

GO–MO hybrids with catalytic and energy storage properties (solar cells, supercapacitors, H-storage, and Li ion batteries).

Composition	Synthesis/structure	Utility	Ref.
GO–Mg	–C–O–Mg bond	Hydrogen storage via adsorption	71 and 72
GO–Pd	Hydrothermal method	Non-linear optical device
GO–MgO
GO/V₂O₅, GO/TiO₂	GO decorated by metal oxide nanoparticles	Hydrogen storage	73 and 74
GO/Zn₂–GeO₄		Li-ion batteries	76
GO/MnO₂		Supercapacitor	80
GO–CuO	Sonochemical precipitation method	Supercapacitor with good specific capacitance	108
GO–ZnO/Cu₂O	Electrochemical deposition technique	Heterojunction solar cell	115
GO–ZnO nanorod	GO–ZnO–NR–GO sandwich structure	Optoelectronic property	154
GO–ZnO	Hierarchical nanocomposite	Supercapacitor	155
GO–ZnO/NiO	Co-precipitation, novel mesostructure	Good supercapacitance	190
GO–PAn, GO–PPy	Chemical oxidative polymerization	Energy storage, supercapacitor	255, 262–264 and 269
Nanofilm	LbL and LB technique	Energy storage, supercapacitor	255, 262–264 and 269