1639 papers
This paper presents a physics-informed Support Vector Regression framework utilizing continuous thermodynamic descriptors and strict leave-one-salt-out validation to robustly predict copolymer LCST depressions across diverse electrolyte environments, overcoming the generalization failures of standard data-driven models.
This study demonstrates the successful synthesis of an ultrasound-assisted MXene-grafted coconut husk activated carbon nanocomposite that achieves a high adsorption capacity of 427.47 mg/g and 99.25% removal efficiency for carbamazepine through spontaneous, endothermic mechanisms, offering a promising and partially reusable solution for pharmaceutical wastewater treatment.
This study reports the synthesis of citrate-stabilized gold nanoparticles that exhibit multifunctional capabilities, including LSPR-based creatinine sensing, significant antioxidant activity, and efficient catalytic oxidation of morin.
This study demonstrates that while K₂CO₃-activated carbon derived from tembesu inner wood effectively captures CO₂ without modification, urea functionalization significantly enhances the CO₂ uptake of bark-derived carbon, highlighting a critical precursor-dependent effect where the same chemical treatment yields divergent performance outcomes based on the biomass source.
This study demonstrates that crosslinking renewable shellac with citric acid and phosphoric acid significantly enhances its dry and wet bond strength, achieving non-structural wood adhesive performance (D1) while accelerating the curing process through a sustainable, green strategy.
This review critically examines recent advances in dispersive liquid-liquid microextraction (DLLME) strategies, particularly those utilizing novel solvents like deep eutectic and magnetic ionic liquids, for the sensitive speciation and monitoring of arsenic in complex food matrices while addressing current analytical challenges and standardization gaps.
This study utilizes molecular mechanics simulations to demonstrate that while cucurbit[8]uril exhibits the strongest binding to a hydroxyapatite surface, bambus[6]uril in a parallel orientation offers an optimal balance of substantial interaction energy and minimal structural deformation, making it a promising candidate for stable composite biomaterial functionalization.
This study presents a one-pot Pickering emulsion synthesis of a hexadecanol-encapsulated carbon nanotube/reduced graphene oxide composite phase change material that effectively overcomes leakage and low thermal conductivity limitations, thereby enhancing its suitability for solar thermal storage applications.
This study presents the first comprehensive LC–MS/MS-based metabolite profiling of *Eriolaena quinquelocularis* leaves, identifying 46 diverse bioactive compounds that highlight the species' potential as a source of medicinal and nutraceutical agents.
This study introduces a transferable dual-tower machine learning framework (AdsDT) that predicts adsorption energies and reveals atom-resolved reactivity patterns of volatile organic compounds on metal oxides, demonstrating that specific molecular fragments and electronic redistribution at adsorption sites govern catalytic pathways.