1639 papers
This study synthesizes polyindole-cadmium sulfide nanocomposites via chemical oxidative polymerization and characterizes their structural and dielectric properties, revealing enhanced transport characteristics and non-Debye relaxation behavior suitable for solid-state electronics applications.
This study presents a comprehensive workflow integrating MolGPT-based generative design, machine learning, and computational simulations to prioritize VEGFR2 inhibitors, which was experimentally validated by testing accessible surrogate compounds that ultimately failed to confirm the predicted activity or binding mechanisms.
This study demonstrates that a universal solvothermal engineering approach using common organic solvents (MeOH, DMF, and DMSO) significantly enhances the electrical conductivity of free-standing PEDOT:PSS thick films to over 2400 S cm⁻¹ and boosts their volumetric capacitance to 251 F cm⁻³ through synergistic structural and electronic optimizations.
This paper reports the design and application of a novel Fe3O4/cobalt stearate nano-catalyst that leverages magnetic properties and surfactant-induced hemi-micellar formation to enable the efficient, reusable, and solvent-free synthesis of various pyrazole derivatives in water.
This study demonstrates that adding low-melting-point oxides like Sb₂O₃ during high-temperature solid-state sintering significantly enhances upconversion luminescence intensity in Sb-Ta-O:Er³⁺/Yb³⁺ phosphors by promoting crystal growth and forming a porous, multi-phase structure, thereby enabling their application in temperature sensing and displays.
This study reports a noble-metal-free hierarchical FeCo@C/N-GNRs composite, featuring carbon-encapsulated FeCo alloy nanoparticles bridging N-doped graphene nanoribbons, which exhibits superior bifunctional oxygen electrocatalysis and enables high-performance, flexible rechargeable Zn-air batteries.
This study demonstrates that introducing an optimal 10 wt% of metallic Sn via ultrasonic dispersion significantly enhances the high-voltage discharge capacity of NiF₂ cathodes for thermal batteries by approximately 110.8% compared to pristine material, achieving 262.86 mAh g⁻¹ at 540°C.
This study demonstrates that under standardized reaction conditions, the glacial acetic acid catalytic system outperforms formic acid-based methods in the epoxidation of soybean oil, achieving superior oxirane oxygen content, conversion rates, and product stability.
This study demonstrates that chemical activation of *Calophyllum inophyllum* shell waste, particularly with NaOH, effectively produces high-performance porous carbon electrodes with optimized pore structures and superior electrochemical properties for sustainable supercapacitor applications.
This study successfully developed and characterized an azithromycin-glycine salt and an azithromycin-acetamide cocrystal using solvent evaporation, demonstrating through experimental analysis and DFT calculations that these new solid forms exhibit superior physicochemical properties, solubility, dissolution rates, and antimicrobial efficacy compared to pure azithromycin.