1711 papers
This study investigates the high-pressure behavior of REE-free calcioburbankite up to ~20 GPa using in situ single-crystal X-ray diffraction, revealing its stability, pronounced compressional anisotropy, and structural deformation mechanisms to provide essential elastic constraints for modeling burbankite-group minerals under mantle conditions.
This study demonstrates that multielement coordination in a Co-Fe-Mn-Ni-Cu high-entropy oxide creates a specific Mn-Co dual-site environment that optimizes Co valence states to selectively activate peroxymonosulfate via a singlet oxygen-dominated pathway, achieving significantly enhanced and stable degradation of sulfamethoxazole compared to conventional cobalt oxides.
This study utilizes Python-based computational techniques to perform a Quantitative Structure-Property Relationship (QSPR) analysis of alanine, demonstrating that energy-based topological indices derived from its molecular graph effectively predict its physicochemical properties through strong linear correlations.
The study demonstrates that incorporating 1 wt.% lanthanum into Co₃O₄ via incipient wetness impregnation enhances the catalyst's low-temperature preferential oxidation of CO in hydrogen-rich streams by creating La-O-Co linkages and oxygen vacancies, although its performance is moderately reduced by moisture and CO₂.
This study investigates non-vulcanized PVDF/ENR-50 blends with tunable mechanical and dielectric properties, revealing that phase inversion boundaries dictate morphology and performance while barium titanate particles selectively segregate into the ENR-50 phase, enlarging its domains without disrupting PVDF continuity.
This study introduces a biomolecule-referenced relative molecular representation and an interpretable ranking framework to elucidate how subtle structural differences among positional isomers drive cell line-specific anticancer activity, enabling the prediction of novel, tissue-specific drug candidates from existing agents.
This study demonstrates that incorporating silicone into PVA/PEG composite films via solution casting enhances their structural ordering, thermal stability, and morphological homogeneity, making them promising candidates for flexible, lightweight, and multifunctional applications.
This study demonstrates that groundnut shells can be effectively converted into high-quality cellulose with properties comparable to commercial standards by optimizing particle size to 450 µm and employing ultrasound pretreatment, which enhances yield, purity, and structural integrity through efficient delignification.
This study establishes a standardized framework using site-specific antibody–photocatalyst conjugates to elucidate the mechanisms of photocatalytic proximity labeling and identifies BODIPY-FL as a novel, efficient photocatalyst that enables reduced-oxidation, spatially resolved interactome profiling in both cell-surface and intracellular environments.
This study demonstrates the eco-friendly synthesis of stable, crystalline copper oxide nanoparticles (35–45 nm) using Carica papaya leaf extract as a dual reducing and capping agent, which exhibit effective, concentration-dependent antibacterial activity against Escherichia coli and Staphylococcus aureus.