1020 papers
This study demonstrates that hard carbon anodes derived from local Indonesian sago starch via a urea-assisted hydrothermal route exhibit superior electrochemical performance for sodium-ion batteries, achieving a high reversible capacity of 265 mAh g⁻¹ after 100 cycles due to beneficial nitrogen doping, large interlayer spacing, and a sphere-like morphology.
This study successfully fabricated and characterized uniform, bead-free polycaprolactone electrospun membranes using a DCM/DMF solvent system, demonstrating their suitability for biomedical applications through confirmed structural integrity, mechanical strength, thermal stability, and chemical purity.
This study demonstrates that a bamboo cellulose-based poly(amidoxime) ligand, synthesized via grafting and amidoximation, effectively removes heavy metals from electroplating wastewater with high adsorption capacities and up to 99% recovery efficiency under pH-dependent monolayer adsorption conditions.
This study demonstrates that incorporating 2 wt% of synthesized SiO₂@DPPA into epoxy resin, alongside SiO₂ aerogel and OMMT, significantly enhances flame retardancy and thermal insulation by reducing heat release and smoke production by over 40% while maintaining robust mechanical properties.
This study employs an ab initio model to elucidate the intrinsic relationship between crystallographic orientation and electrochemical corrosion rates of platinum, revealing a specific sequence of corrosion susceptibility that aligns with experimental data and provides a theoretical basis for predicting corrosion resistance and guiding electrode engineering.
This study presents a contactless photothermal-photocatalytic reactor that utilizes heat-induced evaporation to synchronize mass transfer, enabling efficient CO₂ reduction into formic acid using seawater or wastewater under full-spectrum irradiation.
This study demonstrates that a thermal plasma-assisted pyrolysis system effectively converts waste polypropylene into tunable yields of light olefins and hydrogen-rich gas by optimizing plasma parameters, thereby overcoming the low selectivity and efficiency limitations of conventional recycling methods.
This study demonstrates the eco-friendly biosynthesis of silver nanoparticles using a synergistic consortium of *Tetradesmus obliquus* and *Lagosinema tenuis*, characterizing their structural properties and confirming their significant antimicrobial, antioxidant, anti-inflammatory, and anti-diabetic potential.
This study demonstrates that functionalizing chrysin ligands in oxorhenium(V) complexes significantly influences their biological activity and plasma stability, yielding compounds with pronounced selectivity against ovarian and colorectal cancer cells while showing no direct correlation between precipitation behavior and cytotoxic potency.
This paper introduces SiTGen, a retrieval-augmented framework that leverages a large-scale in silico spectral library to enhance de novo molecular generation from tandem mass spectrometry data, achieving superior structural annotation accuracy and generalization compared to existing baselines.