1695 papers
This study utilizes UV–Visible spectrophotometry to determine that 30–40 minutes of sonication optimizes the dispersion stability and photocatalytic readiness of graphene oxide in methanol, highlighting its potential for environmental and biomedical applications.
This study demonstrates that FDM-printed jute/PLA biocomposites with an optimal fiber volume fraction of 25–35% and post-curing at 160–165°C achieve superior mechanical and thermal performance through enhanced crystallinity, improved interfacial bonding, and uniform fiber dispersion, offering a sustainable solution for structural engineering applications.
This study demonstrates that a pH-driven ternary system of zein, acetylated mannan oligosaccharides, and tannic acid forms stable, compact nanoparticles that significantly enhance curcumin encapsulation efficiency and enable controlled, sustained release through synergistic hydrogen bonding and hydrophobic interactions.
This study demonstrates that Acacia nilotica fruit extract acts as an effective, eco-friendly mixed-type corrosion inhibitor for mild steel in 1 M HCl, achieving a maximum efficiency of 94.47% at 20 ppm through the formation of an adsorbed protective layer as confirmed by electrochemical and surface characterization analyses.
This study demonstrates that blending bisphenol-A polycarbonate with isosorbide-derived bio-based polycarbonate up to 15 wt% significantly enhances soil degradability through surface-restricted chain scission and selective leaching, resulting in substantial molecular weight reduction and mechanical failure while maintaining thermal stability and partial miscibility.
This study reports the isolation and structural characterization of three new compounds, pestalachlorides A3a/A3b and pestalotinone E, along with the known analogue SB87-H, from the endolichenic fungus *Pestalotiopsis rhododendri*, highlighting the significant antibacterial activities of compounds 2 and 3 against various bacterial strains and proposing a plausible biosynthetic pathway for these metabolites.
This paper introduces Phase-Aware Knowledge Distillation (PAKD), a fully data-driven framework that autonomously discovers latent dynamical phases via unsupervised learning to distill high-fidelity stiff chemical reaction networks into compact, efficient student models, outperforming classical approximation methods across diverse chemical and biological systems.
This study reports a novel strategy for strengthening magnesium alloys by creating a dense, stable network of ultrafine boundaries formed through twin–twin reactions and chemically ordered solute segregation, which nearly triples yield strength and boosts ultimate tensile strength above 400 MPa while maintaining ductility.
This study combines experimental spectroscopy (FTIR, ¹H NMR, UV-Vis) and DFT calculations to characterize the structural, electronic, and spectroscopic properties of 2-hydroxy-5-(naphthalen-1-yldiazenyl)benzaldehyde, revealing its hydrogen bonding, solvent-dependent absorption shifts, and potential as a metal-coordinating ligand.
This study demonstrates that controlling the extrusion ratio of Mg–Sn–Bi–Gd alloy anodes effectively regulates their microstructure and electrochemical kinetics, with the ER16 condition yielding the highest discharge stability and anode efficiency (36.2%) due to a loose, uniform product layer that facilitates electrolyte penetration and continuous Mg(OH)₂ detachment.