341 papers
This paper introduces a versatile staining strategy that converts light elements into high-contrast X-ray-visible compositions via spontaneous displacement reactions, enabling the precise, voxel-level characterization of isolated lithium in batteries and overcoming the inherent limitations of conventional X-ray imaging for low-atomic-number materials.
This study demonstrates that combining deep eutectic solvent (DES) pretreatment with acrylic–epoxy-modified rosin (APA-ER) impregnation effectively enhances the dimensional stability, hydrophobicity, and durability of round bamboo, offering a sustainable solution for its high-value application in construction and furniture.
This paper reports a fluorine-incorporated strain-released strategy that enables the defect-free growth of thick ZnS shells on large ZnSe quantum dots, resulting in pure-blue light-emitting diodes with record-breaking external quantum efficiency and stability.
This study demonstrates that magnetic-field modulation of ZnO/Co3O4 heterostructures enables the highly selective, room-temperature identification and quantification of H2S, SO2, and NH3 gas mixtures by leveraging a synergistic spin-lattice mechanism that overcomes traditional cross-sensitivity limitations without requiring sensor arrays or machine learning.
This study demonstrates that a multi-modal resin chromatography system utilizing commercially available DGA-n and LN2 resins, which mimic the ALSEP solvent extraction process, can effectively achieve rapid separation of minor actinides from lanthanides with high recovery and minimal overlap.
This study presents a scalable method for producing monodisperse gelatin/PEGDA hybrid hydrogel particles with enhanced swelling and porosity using a 3D-printed microfluidic device, offering a versatile platform for advanced biomedical applications.
This study computationally evaluates a series of quinazolinone-based hydrazine Schiff base derivatives as promising EGFR inhibitors, demonstrating that Compound 5 exhibits superior binding affinity, pharmacokinetic properties, and electronic characteristics compared to the standard drug erlotinib.
This study demonstrates that incorporating redox-inactive zinc into the framework of SSZ-13 zeolites stabilizes specific Cu₃O₃ clusters and modulates their electronic structure via interfacial charge transfer, thereby enabling a highly efficient and stable photothermal strategy for converting methane to methanol with significantly improved yield and selectivity compared to conventional thermal catalysis.
This study reports the first discovery of fossilized carbonaceous matter in agates from the Tevinsky deposit in Northern Kamchatka, Russia, using EPR spectroscopy to characterize trapped organic radicals and their transformation into localized carbon radicals upon thermal annealing.
This study demonstrates that heat-treating electrodeposited Ni–Mo–B coatings to form Mo₂NiB₂ boride-rich microstructures significantly enhances hardness and stabilizes tribocorrosion performance in saline environments by shifting the wear mechanism from unstable oxidative–adhesive to stable oxidation-controlled regimes.