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1. 固、液体超润滑材料及界面减摩机制
2. 储能电解液、电极材料及器件
3. 激光表面织构功能化与增材制造
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Capacitance Boosting via Equalization of Space and Ionic ChargeAsymmetries
2026,
26,
12462-12470.
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Solvation modulation and preferential passivation via receptor additives for high temperature stable supercapacitors
2026,
547,
180799.
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Turning foe into friend: forging a humidity-adaptive tribo-interface via competitive water adsorption for sustainable superlubricity
2026,
749,
167923.
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Liquid Superlubricity from a Hydrogen-Bonding Interaction Perspective: Classification, Mechanisms, and Molecular Design
2026,
242,
117321.
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A high-dielectric additive for enhanced supercapacitor performance with N-doped carbon electrodes
Chemical Engineering Journal
2026,
531,
174038.
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梁红玉
,
Sustainable Competitive Hydrogen Bonding Paradigms: Unlocking Green Superlubricity through Strategic Cluster Manipulation
ACS SUSTAINABLE CHEMISTRY & ENGINEERING
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