1028 papers
This study presents a scalable, binder-free synthesis of PAN@Sb–Ca–Ti oxides/MXene composite electrodes that leverage polyacrylonitrile as a structural scaffold and MXene as a conductive network to achieve high specific capacity, energy density, and exceptional cycling stability for advanced supercapacitor applications.
This study demonstrates that controlling synthesis-induced defects and framework disorder in iron-based MIL-100(Fe) metal–organic frameworks optimizes gliotoxin delivery to neuroblastoma cells, achieving a crucial therapeutic window with reduced non-selective toxicity compared to other formulations.
This study demonstrates that meta-linked polymer topology can stabilize a frustrated, ordered solid state of ionic liquids that retains long-range structural order and ionic conductivity without a detectable melting transition, effectively decoupling structural order from dynamical arrest through chemical confinement.
This study demonstrates the sustainable fabrication of a cellulose–H₄Mn₅O₁₂ biocomposite from waste paper that, when optimized via Taguchi design, achieves high lithium recovery efficiency (96.2%) and selectivity over competing ions, offering a promising circular upcycling solution for lithium extraction.
This study demonstrates that Cu-doped Fe3O4/ZnO nanocomposites synthesized via microwave-assisted ultrasonication exhibit superior visible-light absorption, efficient charge separation, and enhanced antibacterial activity against various pathogens compared to pristine ZnO, making them promising multifunctional materials for environmental and biomedical applications.
This study reports the synthesis of co-precipitated Zn₂V₂O₇ nanoparticles, which demonstrate dual functionality as efficient visible-light photocatalysts for degrading methylene blue dye and as sensitive electrochemical sensors for detecting paracetamol.
This study demonstrates that synergistic blending of linear low-density polyethylene with oligomeric oxidized polyethylene and thermally reduced graphene nanosheets accelerates crystallization kinetics and induces a transition from Regime III to Regime I, where graphene acts as a dual-action agent that enhances nucleation at low loadings while imposing confinement effects at higher concentrations to lower the energetic barrier for molecular folding.
This study demonstrates that simultaneously substituting Ca and adding Li₂CO₃ to BaMgV₂O₈ ceramics enables low-temperature sintering at 900°C while maintaining excellent microwave dielectric properties, making the material a promising candidate for LTCC-based antenna and substrate applications.
This study demonstrates that gamma irradiation of hexachlorobenzene in isopropanol induces dose-dependent reductive dechlorination and solvent-radical reactions, yielding progressively less chlorinated benzenes and oxygenated compounds through a mechanism involving electron-induced bond cleavage and radical recombination.
This paper presents a rapid, safe, and reagent-free analytical method for detecting radiostrontium in environmental water using a barium silicate-based sorbent, achieving a minimum detectable concentration significantly below Japan's permissible effluent standard within six hours.