1639 papers
This study demonstrates that both Equal-Channel Angular Pressing (ECAP) and Equal-Channel Multi-Angular Pressing (ECMAP) significantly refine the grain structure and enhance the mechanical properties of Al-1050 strips, with ECAP exhibiting superior hardening efficiency compared to ECMAP after three processing passes.
This study validates an optimized, automated synthesis protocol for the clinical production of [68Ga]Ga-DOTA-MGS5 and [177Lu]Lu-DOTA-MGS5 theranostic agents, demonstrating that the addition of ascorbic acid effectively mitigates radiolysis to ensure high purity and stability without the need for complex purification steps.
This study employs advanced analytical techniques to characterize 20 Kangxi-period underglaze copper-red porcelain specimens, revealing that their vivid hues result from a weakly reducing firing atmosphere where the relative valence-state ratio of copper (Cu⁰, Cu⁺, Cu²⁺) and the presence of sulfur and arsenic dictate the formation of Cu₂O microcrystals for red coloration and Cu²⁺-rich phase-separated droplets for green spots.
This study demonstrates that phosphorylation of the threonine residue in the human tau(28–34) fragment significantly enhances its binding affinity and stability with metal ions (Cu(II), Zn(II), Ni(II)) while inhibiting the hydrolytic cleavage of the amide bond observed in the native peptide.
This study demonstrates that a compressively strained CdS–diethylenetriamine composite with amino confinement significantly enhances photocatalytic formamide synthesis from methanol and ammonia by synchronizing reaction kinetics to overcome C–N coupling limitations, achieving a production rate 49 times higher than pristine CdS without external oxidants.
This study presents a comprehensive framework for the theoretical modeling, high-pressure thermomechanical synthesis, and extreme-environment testing of a novel nanostructured tungsten-carbide/lithium-6 hydride composite, demonstrating its successful consolidation to near-theoretical density and structural integrity under severe thermal and dynamic loading conditions.
This study demonstrates the eco-friendly, microwave-assisted synthesis of iron oxide nanoparticles using *Gomphostemma mastersii* leaf extract as a capping agent, confirming their structural stability and significant antioxidant and antimicrobial activities against various bacterial and fungal strains.
This study demonstrates that a dual-modification strategy combining CTAB-directed recrystallization and HCl-mediated dealumination constructs hierarchically porous, dealuminated ZSM-5 zeolites with enhanced Lewis-acidic sites and mesoporous transport channels, enabling highly efficient and stable removal of anionic Xylenol Orange dyes through synergistic surface coordination.
This study establishes a reproducible thermal oxidation model for cholesterol and employs a combined targeted and untargeted LC-MS/MS workflow to comprehensively characterize the resulting complex mixture of oxidation products, revealing that heating generates a diverse array of sterol-derived compounds far exceeding the limited set typically monitored in standard analyses.
This study demonstrates that NaOH-modified tea waste and its biochar serve as sustainable, low-cost, and regenerable adsorbents capable of efficiently removing up to 98% of nickel(II) ions from aqueous solutions through optimized biosorption processes governed by film diffusion and intra-particle diffusion.