357 papers
This PRISMA 2020 systematic review synthesizes evidence on graphene-enhanced self-healing and smart pavement technologies to propose a phased, climate-adapted implementation strategy for Peruvian highway corridors, prioritizing graphene-modified binders on high-traffic coastal routes.
This study presents a comprehensive bibliometric analysis of 914 Reversed-Flow Gas Chromatography (RF-GC) publications from 1980 to 2026, mapping the field's evolution from fundamental investigations to advanced material applications and identifying future research frontiers in computational integration and data-driven characterization.
This study demonstrates that boronic acid-based IMiD derivatives engage the CRBN E3 ligase via reversible covalent coordination with His353, a mechanism that reshapes substrate recruitment and enables the development of highly efficacious PROTACs with sustained degradation capabilities.
This study demonstrates that topological engineering in 3D porphyrin-based covalent organic frameworks can significantly enhance photo-driven gold recovery by optimizing charge transport and mass transfer, with an interdigitated lattice structure outperforming its isomer to achieve record-breaking adsorption capacity.
This study demonstrates that the radical-scavenging activity of Golestan black tea polyphenols is significantly enhanced at lower pH levels and higher concentrations, with DFT analysis confirming their strong electron- and hydrogen-donating capabilities for potential use in pH-responsive antioxidant materials.
This study provides the first integrated phytochemical and biological characterization of four wild *Thymus* species from Mount Ida (Kazdağı), revealing that *Thymus citriodorus* exhibits the highest antioxidant capacity, rosmarinic acid and thymol are the dominant phenolic and volatile compounds respectively, and all four species demonstrate significant antimicrobial activity against specific pathogens and concentration-dependent cytotoxicity against HT29 colorectal cancer cells.
This paper presents the design and optimization of a pilot plant for treating condensed acid tar and spent clay from oil re-refining, utilizing water/oil emulsification and solvent extraction to separate components for conversion into bitumen-based materials and hydrocarbons via cracking, ultimately proposing a comprehensive industrial complex for integrated waste management and energy recovery.
By employing a rigid macrocyclic ligand to mechanically constrain structural distortion in square planar nickel(II) complexes, this study achieves room-temperature near-infrared emission and long-lived triplet reactivity, effectively overcoming the non-radiative decay limitations typical of first-row transition metal chromophores.
This paper demonstrates that familiar VSEPR-like molecular geometries, such as trigonal-bipyramidal and icosahedral arrangements, can emerge from a minimal geometric model where interacting nodes on a sphere are optimized for repulsion, suggesting that much of molecular geometry's descriptive structure arises from a single optimization principle rather than complex bonding rules.
This study demonstrates that synthesizing zinc oxide nanoparticles with chitosan or polyvinyl pyrrolidone stabilizers yields nanocomposites with enhanced antimicrobial efficacy against various pathogens, with the chitosan-based variant showing superior performance due to synergistic effects involving reactive oxygen species generation and ion release.