1711 papers
This study demonstrates that constructing a Cu2O/Bi2−xWO6 p-n heterojunction with engineered bismuth vacancies synergistically enhances CO2 photoreduction performance and product selectivity by optimizing charge separation and lowering thermodynamic barriers for multi-electron reduction pathways.
This study demonstrates that pressure-controlled vacuum fractional distillation at 300 Torr effectively recovers dimethyl carbonate (DMC)-rich fractions from a model lithium-ion battery electrolyte mixture while retaining high-boiling ethylene carbonate (EC), providing a thermodynamic and engineering basis for closed-loop solvent recycling.
This study demonstrates that synthesizing feather-like lanthanum-doped CuO hydrogel nanostructures significantly enhances their antibacterial efficacy through increased ROS production and Cu+ release, while simultaneously achieving rapid, visible-light-driven degradation of organic pollutants like Rhodamine B, making them a promising multifunctional material for environmental and biomedical applications.
This study demonstrates that ethyl substitution in selenols selectively lowers the C-Se dissociation threshold and enhances field-induced polarization compared to methyl substitution, thereby facilitating bond cleavage under oriented external electric fields.
This study demonstrates that a novel graft copolymer synthesized from Nigerian palm kernel cake waste effectively enhances oil recovery in sandstone reservoirs by maintaining stable viscosity under high salinity and temperature conditions, achieving incremental recovery rates of up to 54.6% compared to conventional water flooding.
This study demonstrates that Indium-doped ZnO nanocomposites, synthesized using *Artemisia vulgaris* extract, exhibit enhanced photocatalytic efficiency under UV irradiation, achieving 99.9% Crystal Violet decolorization and 95% mineralization within 25 and 300 minutes, respectively, due to reduced band gap energy and increased defect concentrations.
This study utilized an automated computational workflow to predict and analyze the temperature-dependent solubility of 19 cannabinoids across 18 industrial solvents and carrier oils, revealing that solubility increases with temperature and solvent polarity while acid-cannabinoids generally exhibit higher solubility than their neutral counterparts.
This study presents a sustainable, visible-light-driven green synthesis of anisotropic spiky silver nanocrystals using a dextran-citrate system, elucidating a novel triple-parallel photocatalytic reduction mechanism driven by ligand-to-metal charge transfer and clarifying the facet-selective growth dynamics through combined experimental and theoretical analyses.
This study demonstrates the successful fabrication of architectured AlN/Al composites via a hybrid process combining material extrusion of porous ceramic preforms and pressure-assisted aluminum infiltration, resulting in a dense, interpenetrating structure with high ceramic volume fraction, minimal porosity, and stable thermomechanical properties up to 500°C.
This study demonstrates that polyethersulfone membranes loaded with copper ferrite nanoparticles effectively combine filtration and photocatalysis to degrade 87.65% of chloramphenicol from wastewater under optimal conditions, offering a promising solution for antibiotic-contaminated water treatment.