南宫NG28

最新成果

• 136.Bioinspired Molecular Engineering of IRE1-Gated DNAzymes for Self-Adaptive Bidirectional Modu...2026-06-30
• 135.X-ray-triggered cascade catalysis and metabolic reprogramming by iodine-doped bismuth molybda...2026-06-25
• 134.Recent Progress in the Preparation of Graphdiyne-Based Materials2026-05-28
• 133.The Preparation of Porous CuO@F-GDY Nano-Arrays for High-Performance Sodium-Ion Battery Anodes2026-05-28
• 132.High-spin transition metal atoms drive acidic oxygen evolution reactions2026-05-28
• 131.Emerging Electrochemical Energy Conversion Materials: Graphdiyne2026-05-28
• 130.Axial π─Bond Tuning of Anchored FeN4 for Electrocatalytic Oxygen Reduction2026-05-28
• 129.Direct Hydrogen Energy Conversion on Industrial-Current-Density2026-05-28
• 128.A Self-Healing Platinum Catalyst for Methanol Oxidation Reaction2026-05-28
• 127.Topology-Informed Design of Circularly Locked DNAzymes Enables Orthogonally Controlled Gene R...2026-03-02
• 126.Selective growth of graphdiyne-based vanadium–iridium oxide interfaces for efficient alkalin...2026-02-10
• 125.Precision Synthesis and Modulation of Ion Diffusion Interface2026-02-10
• 124.An Integrated Grid Interface of Electrode for Sodium-Ion Battery2026-02-10
• 123.Metal Atom Self-Assemblies for Conversion of CO2 to C2 Products. CCS Chem2026-02-10
• 122.Bandgap-Regulation for Directly Solar Energy Conversion in Zinc-Air Battery with 4.55% PCE2026-02-10
• 121.Controllable Preparation of Hierarchically Charge-Separated Interface to Effectively Promote ...2026-02-10
• 120.Highly selective aldehyde coupling on the heterointerface of molybdenum selenide and graphdiyne2026-02-10
• 119.Synthesis and Sodium-Ion Storage of Triazole-Substituted Graphdiyne2026-02-10

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