It is expected that further improvements in the multifunctional properties of transparent conducting oxides will open new frontiers in designing novel materials with exotic properties.
Further enhancing of the multifunctional properties of SiO2@ZnO-NPs was conducted successfully thanks to (aminopropyl triethoxysilan (APTES) and vinyltriethoxysilan (VTES) which, in turns, increase the affinity of the SiO2@ZnO-NPs nanocomposite towards glycosidic chains of cotton fabrics.
Conducting metallopolymers have attracted a great deal of attention due to their multifunctional properties based on presence of metal centers as well as the interactions metal and p-conjugated polymer backbone.
Hence, hybridizing LDH nanosheets with large surface area in conjunction with thermo-electro conductive graphene can endow hybrid nanocomposites new multifunctional properties [16, 17].
The PPy/Co PNCs exhibit unique multifunctional properties.
Biomimetic polymeric reactions drive multifunctional properties, tools and devices.
New advanced applications for flexible electronics and sensors require novel materials with multifunctional properties.
Vanadium oxides have attracted significant attention for electrochemical capacitor because of their extensive multifunctional properties.
Cotton-titania nanocomposites with multifunctional properties were synthesized through ultrasonic acoustic method (UAM).
Cu2+ ions play an important role to offer the multifunctional properties of MBG scaffold system.
