Researchers have formulated a water-soluble, nitrogen-doped carbon quantum dot ink that remains invisible under ambient light and fluoresces under ultraviolet ...
High-throughput molecular dynamics simulations show that increasing CO2 concentration in polycrystalline methane hydrates lowers their melting point by approximately 6 ...
A study in Discover Materials shows that adding nanoclay and seashell powder to natural fiber composites significantly improves their mechanical ...
A theoretical study using SCAPS-1D modeling shows that lead-free Cs2CuSbBr6 solar cells can reach 28.18% efficiency when defect densities and ...
Neutron diffraction reveals that carbon in Fe-Ga-Al alloys forms stable κ-carbides with a perovskite-type E21 structure, with distinct carbon occupancy ...
A graphene oxide-reinforced polymer network improved thermal stability and fluid rheology for well plugging and drilling operations under laboratory testing.
Researchers extracted cellulose fibers from pineapple leaf waste to evaluate their viability as absorbent components for paper formulations and circular ...
A new experimental study shows that fly ash and slag blended mortars retain better strength under fire conditions than conventional ...
Reinforcing vinyl ester composites with hybrid tamarind seed and graphite fillers significantly improves mechanical performance and maintains thermal stability up ...
A comprehensive review reveals that wild-type bacterial silk from Bacillus species strain NE provides a sustainable biomaterial platform with distinct ...
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