1695 papers
This study introduces a novel LC–MS/MS method utilizing specific pyranoanthocyanin biomarkers (vitisin A and B) to unambiguously identify and distinguish fermented red wine residues in ancient archaeological pottery, overcoming the limitations of conventional markers.
This study develops a host-guest encapsulation strategy using amphiphilic hyperbranched quaternary ammonium salts to homogeneously disperse Rose Bengal within silicone rubber, creating a mechanically robust material that achieves enhanced dual-action antibacterial efficacy through combined quaternary ammonium salt activity and light-induced singlet oxygen generation.
This study demonstrates a sustainable, green synthesis of stable silver–dextran nanocomposites using quince peel extract as a reducing agent, resulting in spherical nanoparticles with significant concentration-dependent antibacterial activity against *S. aureus* and *E. coli*.
This study demonstrates that Nylon 6,6 membranes coated with a synergistic Ti₃C₂Tₓ MXene and silver nanoparticle composite, fabricated via vacuum-assisted filtration, exhibit superior antibacterial efficacy against resistant pathogens compared to uncoated or MXene-only membranes.
This study demonstrates that sol–gel spin-coated TiO₂ thin films doped with 0.5% Fe exhibit optimal room-temperature ethanol sensing performance, achieving a high response of 19.54 to 500 ppm ethanol due to enhanced oxygen vacancies and charge transport, while maintaining excellent stability and durability.
A series of poly(titanium oxide)-containing organic–inorganic copolymer photocatalysts were synthesized and demonstrated to enable well-controlled, reusable, and visible-light-driven PET-RAFT polymerization of methyl methacrylate with superior activity and temporal regulation compared to conventional TiO₂.
This experimental study demonstrates that while increasing concentrations of PVP and PVCap kinetic hydrate inhibitors up to 1.5 wt% and combining them with 10 vol.% methanol significantly delays hydrate formation and improves performance, further increasing the inhibitor concentration to 2 wt% reduces effectiveness, with PVCap proving more efficient than PVP.
This study demonstrates that benzoic acid–polymer composites function as radiophotoluminescent X-ray dosimeters by exhibiting concentration-dependent, linear dose responses in PMMA and PVA matrices through radiation-induced formation or efficiency enhancement of fluorescent species, while PVC composites show a contrasting intensity decrease due to decomposition.
This study demonstrates that flower-like S-scheme BiOBr/Bi₂O₂CO₃ heterojunctions, enriched with oxygen vacancies, efficiently degrade bisphenol A under visible light by synergistically activating chlorite to generate chlorine dioxide, achieving 92.7% removal within 25 minutes through a robust and stable advanced oxidation process.
This study demonstrates that an InOOH/Sn1-xInxO2-x/2 composite, engineered through In doping and S-scheme heterojunction formation to synergistically enhance charge separation and photothermal effects, achieves a CO2-to-CO conversion rate 19 times higher than pure SnO2 under optimal photothermocatalytic conditions.