Spray-Deposited CNT Interlayers Tune CFRP Strength, but Only Up to a Point
Spray-deposited carbon nanotube interlayers raised interlaminar shear strength by 13.7 percent and flexural strength by 8.0 percent in CFRP laminates, ...
Spray-deposited carbon nanotube interlayers raised interlaminar shear strength by 13.7 percent and flexural strength by 8.0 percent in CFRP laminates, ...
Experiments and molecular dynamics simulations reveal how Fe3O4 content and nanoparticle orientation control the deformation of PVA hydrogels under static ...
A melt-processed HDPE nanocomposite combining graphene nanoplatelets and barium titanate raised electromagnetic shielding from about 12.6 to 20.2 decibels at ...
A 2026 review finds biodegradable food packaging films extend shelf life by roughly 3 to 20 days but remain limited ...
A new review maps the state of carbon-dot-containing sustainable polymer composites, from synthesis and processing to applications and commercialization barriers.
A new in vitro and in silico study reports that Burmese grape peel extract combined with fluorescent magnetic polymer nanoparticles ...
A lead-free dual-phase Cs3BiBr6@Cs3Bi2Br9 perovskite embedded in PVDF-HFP shows enhanced β-phase content and improved local piezoelectric response with increasing filler ...
Researchers developed a solvent-free, one-step dual in-situ strategy to synthesize high-performance polyester nanocomposites, significantly enhancing their mechanical and dielectric properties.
Researchers created multiphase strontium, magnesium, and barium oxide-carbon nanocomposites that adsorb malachite green with capacities up to 371.75 mg/g and ...
Researchers green-synthesized Ag/TiO2 and Ag/Fe2O3/TiO2 nanocomposites using carob pod extract, showing strong antibacterial activity, controlled silver release, and hormetic effects ...
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© 2025 Scienmag - Science Magazine