A scientific review examines how biomass-derived chars enhance semiconductor nanocomposite performance across catalytic, energy storage, and environmental applications.
Researchers have fabricated flexible phase-separated poly(vinylidene fluoride) nanocomposites incorporating indium oxide and zinc oxide heterostructures that achieve a peak piezoelectric ...
Researchers have demonstrated that helical porous zinc oxide films can serve as inorganic hard templates to transfer structural chirality to ...
A scientific review details how in situ gas phase transmission electron microscopy directly tracks catalyst nanoparticle sintering and verifies oxide ...
Researchers developed an algal biopolymer-enhanced zeolite and zinc oxide bio-nanocomposite that achieved 96% mineralization of bisphenol-A under ultraviolet-A irradiation while ...
Copper-doped zinc oxide synthesized using an environmentally benign deep eutectic solvent achieved 97 percent degradation of aqueous rhodamine B within ...
Researchers synthesized a zinc oxide and tin dioxide nanocomposite that degraded 98.07 percent of alizarine yellow R dye in water ...
Researchers have developed a laser-induced selective metallization method that bonds magnetic liquid metal to 3D-printed polymers for resilient, self-healing soft ...
Researchers synthesized zinc oxide and carbon nanopills that exhibit high capacity and long-term cycling stability as lithium-ion battery anodes.
Researchers synthesized multi-phase metal oxide nanocomposites using a sol-gel method to achieve high-capacity removal of toxic crystal violet dye from ...
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