Atomic-Scale Study Reveals What Really Strengthens Basalt Fiber Composites
A computational study has decoupled the chemical and morphological factors that strengthen basalt fiber-polymer interfaces, showing that amino-group chemistry outperforms ...
A computational study has decoupled the chemical and morphological factors that strengthen basalt fiber-polymer interfaces, showing that amino-group chemistry outperforms ...
A new review in the Journal of Materials Science maps how multifunctional polymer composites, metamaterials, and active structures are merging ...
A new review reveals how silicone and EPDM rubber composites reinforced with inorganic nanofillers are transforming the sheds that protect ...
Researchers used a high-shear kitchen blender process in water to disentangle carbon nanotubes for polycarbonate nanocomposites with dramatically improved strength, ...
Researchers at Zhejiang Sci-Tech University have created a borneol-based polymer decorated with zinc oxide quantum dots that kills bacteria and ...
A new review details how graphene additives, when properly dispersed, can transform high-density polyethylene into a stronger, more heat-conductive, and ...
Researchers at Qinghai University have developed a lanthanum and cerium co-doped magnesium layered double hydroxide that simultaneously keeps plasticized PVC ...
Researchers reinforced epoxy with silane-treated grape stem fibers and bottle gourd stem cellulose, achieving major gains in strength, wear resistance, ...
Researchers have developed a sealed flexible containment strategy that enables long-term storage and low-outgassing of frontally polymerizable composites for in-space ...
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© 2025 Scienmag - Science Magazine