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可见论文8175 篇
最后更新06-27 07:30
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优先展示今天最值得先看的几篇；其余记录继续留在同一条首页阅读流里。
Advanced Energy Materials
Metal fluorides (MxFᵧ) enable dendrite‐free, high‐capacity lithium metal anodes by forming robust interphases with LiF
Angewandte Chemie International Edition
A semiconducting TiO2(110) surface transforms hexapyrrolylbenzene into unsubstituted HPHAC (hexapyrrolohexaazacoronene) and then promotes its selective cyclodimerization to an octagon‐fused bis‐azacoronene
Advanced Materials
Interlayer water activation unlocks additional inner‐surface OER sites in S‐CF·nH2O layered double hydroxides, complementing conventional outer‐surface catalysis and enabling stable alkaline seawater oxidation at 1 A cm−2 for 12 000 h
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Advanced Energy Materials
The half‐electrode absence and asymmetric arrangement design combined with shielding‐electrodes (HAS) strategy enhances charge transport efficiency and enables comprehensive charge accumulation in sliding‐mode triboelectric nanogenerators, providing a viable pathway toward practical application
Advanced Energy Materials
We reveal how cathode microstructure governs Li‐ion utilization in sulfide‐based all‐solid‐state batteries
Advanced Functional Materials
A dormant mechanoelectrical response in amorphous bisphenol‐A polycarbonate is unlocked by electrospinning, where chain orientation, trans–trans conformational enrichment, and charge trapping synergistically enhance piezoelectric output for flexible energy harvesting
Advanced Functional Materials
A highly hole‐selective perovskite contact is constructed via simultaneous crystallization modulation and energetic reconstruction, which facilitates superior hole extraction while blocking electrons, minimizes interfacial recombination and enlarges quasi‐Fermi‐level splitting, leading to a boost in both device efficiency and stability
Advanced Functional Materials
Bioinspired olfactory processing is emulated by a monolithic artificial olfactory neuron integrating a PdCu‐SnO2 gas sensor with an Au/TiO2 nanowires/FTO memristor on Al2O3
Advanced Functional Materials
A molten‐salt‐mediated regeneration strategy transforms spent Ni‐rich layered oxide cathodes into a Mg/Nb‐modulated single‐crystal cathode, achieving spatially decoupled bulk stabilization and interphase passivation, suppressing high‐voltage degradation, and simultaneously enhancing structural integrity and interfacial protection, thereby significantly improving high‐voltage cycling stability and rate capability
Advanced Functional Materials
Natural bamboo is reconstructed into a tendon‐inspired ionic gel in which a hard cellulose scaffold and soft ion‐rich network cooperate to overcome the strength–conductivity trade‐off
Advanced Functional Materials
Physical signals can be encoded through three interconnected regulatory layers: ion‐concentration dynamics, nucleic‐acid‐level regulation, and protein‐state changes
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2026-08-21
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Latest papers
这里只看最近一周发表的论文，并按发表日期从新到旧排列。最近一周发表窗口：截至 2026-08-19，共 255 篇。
Advanced Energy Materials
The half‐electrode absence and asymmetric arrangement design combined with shielding‐electrodes (HAS) strategy enhances charge transport efficiency and enables comprehensive charge accumulation in sliding‐mode triboelectric nanogenerators, providing a viable pathway toward practical application
Advanced Energy Materials
We reveal how cathode microstructure governs Li‐ion utilization in sulfide‐based all‐solid‐state batteries
Advanced Functional Materials
A dormant mechanoelectrical response in amorphous bisphenol‐A polycarbonate is unlocked by electrospinning, where chain orientation, trans–trans conformational enrichment, and charge trapping synergistically enhance piezoelectric output for flexible energy harvesting
Advanced Functional Materials
A highly hole‐selective perovskite contact is constructed via simultaneous crystallization modulation and energetic reconstruction, which facilitates superior hole extraction while blocking electrons, minimizes interfacial recombination and enlarges quasi‐Fermi‐level splitting, leading to a boost in both device efficiency and stability
Advanced Functional Materials
Bioinspired olfactory processing is emulated by a monolithic artificial olfactory neuron integrating a PdCu‐SnO2 gas sensor with an Au/TiO2 nanowires/FTO memristor on Al2O3
Advanced Functional Materials
A molten‐salt‐mediated regeneration strategy transforms spent Ni‐rich layered oxide cathodes into a Mg/Nb‐modulated single‐crystal cathode, achieving spatially decoupled bulk stabilization and interphase passivation, suppressing high‐voltage degradation, and simultaneously enhancing structural integrity and interfacial protection, thereby significantly improving high‐voltage cycling stability and rate capability
Advanced Functional Materials
Natural bamboo is reconstructed into a tendon‐inspired ionic gel in which a hard cellulose scaffold and soft ion‐rich network cooperate to overcome the strength–conductivity trade‐off
Advanced Functional Materials
Physical signals can be encoded through three interconnected regulatory layers: ion‐concentration dynamics, nucleic‐acid‐level regulation, and protein‐state changes
Advanced Functional Materials
This review summarizes the formation, evolution, and coupling mechanisms of multi‐scale defects in large‐area perovskite and perovskite/silicon tandem solar cell devices, focusing on and systematizing cross‐dimensional regulation strategies for these defects, providing a theoretical basis for enhancing the performance of large‐area perovskite and perovskite/silicon tandem solar cell devices
Advanced Functional Materials
Neglected sulfidic interfacial layer in Ni3N‐ZnIn2S4 core‐shell photocatalysts is systematically identified
Advanced Energy Materials
Indoor photovoltaic‐driven water electrolysis (iOPV–WE) integrating PM6:Y6 iOPV (PDINO ETL optimized to 6–8 nm) with a Co/Fe‐doped Ni(OH)2 on CuO nanowires catalyst (NCF–CuO)
Advanced Energy Materials
The development of advanced lithium‐ion batteries is impeded by a fundamental trade‐off in electrolyte design: balancing rapid ion transport with the formation of high‐quality SEI
Advanced Energy Materials
Metal fluorides (MxFᵧ) enable dendrite‐free, high‐capacity lithium metal anodes by forming robust interphases with LiF
Advanced Energy Materials
Fluorine‐containing electrolytes dominate modern rechargeable batteries, yet the fundamental design principles for fluorine‐free systems remain largely unexplored
Advanced Energy Materials
Phase engineering of WS2 within a hybrid rGO/MWCNTs carbon framework stabilizes the metallic 1T phase and creates conductive 1T/2H heterostructures with accelerated Na+ kinetics
Advanced Energy Materials
Surface‐engineering Ti3C2Tx MXenes with an in situ‐grown TiO2 layer on the surface in combination with visible‐light‐absorbing Cu2O significantly enhances charge separation and carrier extraction while improving Cu2O resistance to photocorrosion
Advanced Energy Materials
An unusual enantiomorphic twin‐domain structure in a pharmaceutical polymorph leads to exceptionally high piezoelectric voltage output, highlighting the potential of crystalline drugs as biocompatible energy‐harvesting and sensing materials
Advanced Energy Materials
Carbon losses through carbonate formation remain a major barrier in zero‐gap anion‐exchange‐membrane (AEM) CO2 electrolysis
Advanced Energy Materials
Inspired by the entropy‐engineered strategy, we design a novel nonporous high‐entropy separator (HES)
Advanced Energy Materials
Mechanochemical reconstruction of Li2S with PI3 creates a nanocrystalline‐amorphous Li2S cathode that promotes Li+ transport and Li2S conversion
Advanced Energy Materials
This review explains why conductive carbon, though essential for fast charge transport, can also trigger unwanted battery reactions
Advanced Energy Materials
This work demonstrates that the structural parameters of crystallographic orientation and lattice strain must be treated as coupled
Advanced Energy Materials
The additive EDTMPS inhibits hydroxides deposition by chelating with Ca2+/Mg2+
Advanced Energy Materials
A technology‐agnostic workflow translates external quantum efficiency, electroluminescence, and stabilized current‐voltage data into reliable Shockley–Queisser benchmarking of solar cells