Table 1.

Tabulation of the synthetization, functionalization, fabrication, and properties for a variety of hybrid NCs-GO/rGO nanocomposite films

Hybrid nanocomposites description	Synthetization–functionalization method	Fabrication technique	Hybrid film potentials	References
CNFs-GO	GO chemical reduction via hydrazine reagent	Simple filtration	Portable and bendable electronic devices	Luong et al. [30]
NCs-GO	[Bmim]Cl ionic liquid	Multilayer immersive assembly	Sensors and electrochemical devices	Tang et al. [105]
NCs-GO	DMAc/LiCl solvent	Simple blending drying	High-performance	Zhang et al. [38]
BNCs-GO	GO chemical reduction via hydrazine reductant	Simple vacuum-assisted self-assembly	Advanced electrochemical devices	Feng et al. [142]
CNCs-GO	GO thermal reduction	Drop-casting Vacuum drying	Exciting functional properties	Valentini et al. [133]
CNCs-GO	Isophorone diisocyanate (IPDI) coupling reagent GO reduction via hydrazine reductant	Multilayer spraying assembly	Proximity Photoelectric sensor Detecting finger approaches	Sadasivuni et al. [146]
NCs-GO	DMAc/LiCl solvent GO thermal reduction	Drop-casting Vacuum drying	Simple, flexible, and efficient temperature sensor T: (25–80 °C)	Sadasivuni et al. [31]
CNCs-GO	NCs functionality and synergistic interaction	Simple blending-casting drying	Renewable, flexible, and cheap humidity sensor RH: (25–90%)	Kafy et al. [34]
CNCs-GO	Polyanion/polycation surface recharge (−/ +) modification Polyethyleneimine (PEI) GO electrochemical reduction	Multilayer spin assembly	Wearable electronic devices	Xiong et al. [106]
CNFs-GO	Orientation-direction control and alignments GO thermal reduction	Multilayer deposition assembly	Anisotropic thermally conductive (CNFs-rGO)40 layers Applications in thermal management	Song et al. [96]
CNFs-GO	GO thermal reduction Structure alignment between hydrophobic rGO and acetate CNFs hydrophilic substrate	Electrospinning-deposition assembly Hot pressing	Human finger bending and pushing motions sensor Strain sensor	Fu et al. [130]
CNFs-GO	[Amim]Cl ionic liquid	Simple blending-casting-drying	Novel multifunctional hybrid film	Zhang et al. [136]
CNFs-GO	GO Green reduction with HI reductant	Step by step vacuum filtration	Biobased flexible electronic devices	Hou et al. [155]
NCs-GO	GO green chemical reduction via HI reductant	Drop casting drying	Multifunctional wearable sensor Simultaneous in situ monitoring of human motion and sweat	Xu et al. [165]
NCs-GO	Alkaline–aqueous urea solution In situ GO chemical reduction via L-ascorbic acid reductant	Blending casting drying	Multifunctional Sensor with high sensitivity to different stimuli’s: mechanical, environmental, and human bio-signals	Chen et al. [32]
CNFs-GO	GO chemical and thermal reduction via reagents (Vitamin C and HI) green reductants	Blending filtration drying	Portable and wearable electronic devices	Chen et al. [37]