357 papers
This study employs DFT-based computational methods to analyze the gas-phase and aqueous conformational landscapes of negatively charged cytosine-containing TNA monomers, revealing distinct dominant geometries stabilized by varying intramolecular hydrogen bonding patterns and solvent effects.
This study presents a flexible hydrogel fiber-coupled SERS sensor that overcomes the rigidity limitations of conventional optical fibers to enable remote, conformal, and highly sensitive in situ detection of pesticide residues on irregular food surfaces, enhanced by intelligent identification via a convolutional neural network.
This study demonstrates that co-doping WC cemented carbides with a CoFeNiCrCu high-entropy alloy binder and VC micro-alloying synergistically refines the microstructure to achieve an exceptional strength-toughness balance and significantly enhanced tribological performance via an in-situ Cr₂O₃ glaze layer.
This study presents an eco-friendly, bio-derived casein–tannic acid microlens array film fabricated in water that simultaneously enhances OLED light extraction by 57.8% and suppresses UV-induced degradation by 71.2% through a simple external attachment strategy.
This study demonstrates that Waterborne polyurethane coatings fabricated using 2000 g/mol PTMG as a soft segment, combined with terminal hydroxyl silicone oils and glycerol monostearate, achieve superior hydrophobicity, low water absorption, and thermal stability, making them highly suitable for harsh environmental applications like ship anticorrosion and outdoor building materials.
This study demonstrates that utilizing diallyl maleate (DMA) as a crosslinking agent to synthesize poly(butyl acrylate)-based ASA core-shell graft copolymers yields superior particle uniformity and grafting efficiency, resulting in a SAN/ASA blend with impact strength more than six times higher than pure SAN.
This study demonstrates that synergistically engineering nitrogen/sulfur co-doped TiO₂ with plasmonic silver nanoparticles significantly enhances the visible-light harvesting and charge transport properties of photoanodes, resulting in a 6.56% power conversion efficiency for quasi-solid-state N719-sensitized DSSCs.
This paper presents an automated pipeline leveraging fine-tuned vision-language models to extract quantitative data from chemical figures, transforming unstructured visual information into machine-readable datasets to accelerate data-driven discovery.
This study demonstrates that nanocellulose crystals extracted from rice husk biowaste effectively enhance the aqueous solubility, stability, and antibacterial efficacy of the poorly soluble drug Cefpodoxime Proxetil when used as a novel drug delivery carrier.
This study presents an eco-friendly carbon quantum dot-based fluorescent sensor for amoxicillin detection, optimized via response surface methodology and enhanced by machine learning algorithms to achieve high sensitivity, selectivity, and predictive accuracy in complex matrices.