1639 papers
This study demonstrates that incorporating a thymol–menthol deep eutectic solvent (specifically at a 1:4 ratio) into a polyethylene oxide (PEO) matrix via solution casting enhances intermolecular hydrogen bonding and significantly improves the ionic conductivity of the resulting solid polymer electrolyte.
This study demonstrates that a one-pot hydrothermal synthesis of NiFe-LDH nanocomposites with graphene significantly enhances specific capacitance, energy density, and cycling stability by improving electrical conductivity, increasing surface area, and preventing nanosheet agglomeration, thereby shifting the charge storage mechanism from diffusion-controlled to surface-controlled.
This study demonstrates that ultrasonic treatment, particularly at an optimal power of 288 W, effectively enhances the formation of yam starch-tea polyphenol V-type inclusion complexes with porous structures, thereby increasing resistant starch content, improving thermal stability, and significantly lowering the estimated glycemic index by hindering enzyme accessibility.
This study identifies ten key odorants responsible for the characteristic "clear floral aroma" of high-grade Lichuan black tea (cultivar Lichuanhong No. 1) and elucidates their formation mechanisms through glycoside hydrolysis, Strecker degradation, and fatty acid oxidation during the rolling and fermentation stages of processing.
This study demonstrates that varying the ammonium persulfate oxidation reaction time allows for the tunable modification of surface properties and wettability of hemp-derived cellulose nanocrystals while maintaining their high mechanical strength and biocompatibility for biomedical applications.
This study presents radiation-modulated PVDF-HFP/SWCNT fibrous membranes fabricated via electrostatic air-blow spinning, which leverage an interconnected SWCNT network and asymmetric optical properties to achieve synergistic photothermal-thermoelectric conversion for self-powered energy harvesting without external heating.
This paper introduces a robust, unit-cell-independent multi-dimensional topological fingerprinting framework that quantitatively compares organic crystal polymorphs across five structural categories, demonstrating its effectiveness in classifying and ranking sulfathiazole, galunisertib, and aripiprazole forms with superior correlation to COMPACK cluster matching compared to existing invariant descriptors.
This study demonstrates that silicone-polyurethane foam composites filled with either graphene or iron dust exhibit pressure-responsive electrical properties, with the graphene-based composite showing superior conductivity at lower pressures and the iron-based composite outperforming it at higher compression levels, thereby establishing a foundation for low-cost flexible pressure sensors.
This study integrates single-crystal X-ray diffraction, DFT calculations, molecular docking, and in vitro screening to characterize the structural and electronic properties of the antimicrobial candidate 2,4-dinitro-1-naphthyl 4-toluenesulfonate (PTN), demonstrating its superior binding affinity to key pathogen targets and effective activity against drug-resistant strains compared to reference drugs.
This semi-empirical study investigates the molecular interactions between paracetamol residues and various lignosulfonates in acidic and basic aqueous environments to evaluate their potential effectiveness as flocculating agents for removing this pharmaceutical pollutant from wastewater.