1013 papers
This study demonstrates that acid-activated Tagan bentonite serves as an effective, low-cost binder for mesoporous aluminosilicate composites, significantly reducing material expenses by up to 69% while preserving mesoporous structure and enhancing mechanical strength for catalyst-support applications.
This review comprehensively examines the long-term durability of polyurea protective coatings by analyzing their degradation mechanisms under various environmental stresses, the critical role of interfacial engineering and molecular structure in stabilization, and strategies for enhancing performance and predicting service life.
This study reports the cost-effective synthesis of textured ZnSb nanomaterials via spark plasma sintering, revealing that anisotropic thermoelectric properties arise from preferential crystallographic orientations where higher Zn occupancy on (132) planes enhances the Seebeck coefficient while electrical conductivity is maximized along the (211) planes.
This study demonstrates the synthesis of a biocompatible Alg-PDA hydrogel with strong photothermal capabilities and validates dual-wavelength dynamic speckle pattern analysis as a non-destructive, real-time optical technique for monitoring its laser-induced thermal and microstructural changes.
This study validates a new, simplified synthetic route for the photosensitizer TPCS 2a and its precursors by confirming their photophysical properties and demonstrating their efficacy in inducing cell death in human and rat bladder cancer models through both photodynamic therapy and photochemical internalization when activated by blue light.
This study reports the anion-directed self-assembly synthesis, crystal structures, and enhanced antibacterial activities of four novel nickel(II) Schiff base complexes, demonstrating that auxiliary anions effectively regulate coordination motifs and that the resulting trinuclear complex exhibits superior antimicrobial efficacy compared to the free ligand.
By leveraging the synergistic opposite temperature-responsive behaviors of methylcellulose and gelatin, this study successfully fabricated a double-crosslinked composite aerogel with a uniform multi-level porous structure that exhibits significantly enhanced mechanical strength, porosity, and superior fragrance adsorption and sustained-release capabilities.
This study demonstrates that sequentially fractionating *Sargassum angustifolium* fucoidans via ethanol precipitation and cross-flow ultrafiltration effectively reduces structural heterogeneity to reveal that specific molecular weight subfractions, particularly the 2–10 kDa range, exhibit superior antioxidant and immunostimulatory activities driven by a synergistic interplay of molecular architecture, sulfation, and monosaccharide composition.
This study demonstrates that incorporating ascorbic acid as an antioxidant effectively suppresses oxidation and sedimentation in Ti₃C₂Tₓ MXene dispersions, thereby significantly enhancing their colloidal stability and long-term viability for electronic and memory device applications.
This study demonstrates that incorporating recycled ceramic, brick, and concrete powders as cement substitutes in eco-friendly mortars significantly reduces hydration heat by up to 45% and delays peak reaction, thereby offering a sustainable solution for concreting in hot climates while altering the underlying phase change kinetics.