1711 papers
This study enhances the performance of protonic ceramic electrolysis cells by introducing a Sr3(PO4)2 phosphate pathway into perovskite oxygen electrodes, which overcomes intrinsic proton transport limitations through ultrafast migration between tetrahedra and achieves a 148% increase in current density at 600 °C.
This study demonstrates that ethanol-pretreated chicken feather biomass is a highly effective, regenerable biosorbent for Pb(II) removal, with its chemisorption mechanism and nonlinear adsorption behavior successfully elucidated and optimized through an integrated framework of experimental analysis, density functional theory, and artificial neural network modeling.
This study presents thermoresponsive Pd@p(NIPAM-AA) microgels synthesized via emulsion precipitation polymerization that enable the rapid and efficient catalytic degradation of diverse dye pollutants, achieving 82% methylene blue removal in just 25 seconds with minimal catalyst loading.
This study demonstrates that a time-programmed hydrothermal synthesis strategy can produce ultrafine Bi₂S₃ nanocrystals with optimized crystallinity and structural integrity, enabling stable, high-capacity sodium-ion storage in carbonate electrolytes without the need for composite engineering or heterostructure formation.
This study demonstrates that nickel oxide nanoparticles green-synthesized using *Ocimum basilicum* and *Urtica dioica* extracts exhibit distinct structural, optical, and antimicrobial properties driven by their unique phytochemical surface functionalization rather than particle size alone.
This study employs density functional theory to demonstrate that an oriented external electric field can modulate the superhalogen characteristics and significantly enhance the nonlinear optical responses of C₆H₅AlPₙ (n=1–3) clusters, with the triangular C₆H₅AlP₃ exhibiting the most dramatic improvement in hyperpolarizability due to extensive intramolecular charge polarization.
This paper demonstrates that an in-situ generated, self-organized Ag-Sb lamellar interlayer at the lithium/solid-electrolyte interface suppresses dendrite-induced short circuits by redirecting through-thickness cracks and lithium growth laterally, thereby enabling high-performance all-solid-state batteries without the tradeoffs associated with stack pressure.
This paper presents a coupled computational framework linking plasma-enhanced chemical vapor deposition conditions to the growth morphology and electrochemical performance of vertically oriented graphene nanosheets, demonstrating that optimizing plasma parameters enhances supercapacitor capacitance primarily through increased surface area and active sites while maintaining electric double-layer capacitance as the dominant charge-storage mechanism.
This paper reports the synthesis and structural characterization of novel Z-shaped one-dimensional 3d-4f Ln-Mn heteronuclear complexes bridged by 2,6-dipic ligands, along with an analysis of their antiferromagnetic exchange interactions and spin-orbit coupling phenomena.
This study demonstrates that the small, benign, and food-safe lutidinium moiety serves as an effective alternative to triphenyl phosphine for mitochondrion-targeted drug delivery, achieving substantial enrichment (250–1000 fold) in mouse liver mitochondria with minimal hydrophobicity and toxicity.