1015 papers
This study introduces a long-span bisphosphonic self-assembled molecule (S2) that enables uniform, stable interfacial coverage on industrial-scale textured silicon, resulting in certified 32.6% efficient and highly durable perovskite/silicon tandem solar cells and modules.
This study establishes a robust two-regime geometric model for cycloalkane ring strain by identifying a specific homodesmotic reaction scheme as the only thermodynamically consistent reference, which successfully partitions cycloalkanes (C3–C14) into a geometric plateau and a conformationally active region to provide a practical predictive framework.
This study reports the successful synthesis and comprehensive characterization of lead-free Cs₂CuSbCl₆ nanoparticles, revealing a narrow 1.2 eV band gap and band edge positions that indicate strong potential for photocatalytic oxidation applications like pollutant degradation, while ruling out their suitability for hydrogen production.
This study demonstrates that while two dental microhybrid resin workflows (SPC and ADT) exhibit high short-term intrinsic colour consistency with deviations well below perceptibility thresholds, they display material-specific spatial and run-dependent variations that highlight the need for attention to resin homogenisation and build-plate process control.
This study demonstrates that woven okra bast-fabric reinforced with natural rubber latex can be manufactured via a low-tech manual process to create water-resistant composites whose mechanical properties and environmental durability are significantly influenced by the specific dye formulation used.
The paper introduces SynEPD, a curated dataset of 1,926 mass- and charge-balanced polar organic reactions that uniquely integrates hierarchical taxonomy, atom-mapped transformations, and structured electron-pushing annotations to enable mechanistic retrieval, template mining, and the development of predictive models for electron flow.
This study introduces a magnetic nanocoagulation strategy for semiconductor wastewater that overcomes the limitations of traditional floc growth by utilizing size-dependent Fe3O4 nanoparticles to first capture non-magnetic CaF2 precipitates via Brownian motion and then rapidly separate them through magnetic addressability, a process further enhanced by confinement-induced interfacial water reorganization.
This study demonstrates that green-synthesized CeO₂–Se nanocomposites, prepared using Eucalyptus globulus leaf extract without post-treatment, exhibit concentration-dependent antibacterial activity that is significantly more effective against Gram-positive Staphylococcus aureus than Gram-negative Escherichia coli, with performance governed by the material's physicochemical properties including phase composition, surface charge, and nanoscale morphology.
This study synthesizes and characterizes Bombyx mori chitosan nanoascorbate complexes from both oligochitosan and high-molecular-weight chitosan, demonstrating that the oligochitosan-derived nanoparticles exhibit superior antimicrobial activity suitable for sericulture applications.
This study evaluates the moisture management and comfort properties of socks made from Viscose, Bamboo, and Tencel regenerated cellulosic yarns produced on 200n and 168n gauge machines, finding that while machine gauge had no significant impact, Tencel socks produced on the 200n gauge exhibited the best overall moisture management performance.