Hybrid Capacitor Electrodes TRIZ Cases
- Battery Electrode Network Using Water-Soluble Binder for Stable Adhesion
A water- or alcohol-soluble polymer binder in a carbon network electrode improves adhesion, mechanical stability, and cleaner battery manufacturing.
- Lithium Battery Electrodes With Polyoxazoline SEI Layer for Fast Charging
A lithium-containing polyoxazoline layer improves SEI behavior in thick electrodes, reducing lithium plating and extending fast-charge cycle life.
- Lithium Battery Electrode Functional Layer for Fast-Charge Stability
A lithium-containing polyoxazoline layer improves ion transfer and LiF-rich SEI formation, reducing lithium precipitation in thick fast-charge electrodes.
- Contorted Ladder Macromolecules for Fast-Charging Lithium Batteries
Contorted conjugated ladder macromolecules boost electron and lithium-ion transport, enabling sub-minute charging and long cycle life.
- ZCVO Spinel Oxide Electrode for Bifunctional Energy Storage
A Zn-doped chromium vanadate spinel electrode uses a conductive carbon network to balance supercapacitor storage with hydrogen evolution activity.
- MXene Preparation via Halogenation-Reduction for Better Li-Ion Intercalation
A dry halogenation-reduction route forms MXene with fewer surface groups, improving Li-ion intercalation and simplifying production.
- HATN-PDI Organic Pseudocapacitors for High-Capacity Fast Charging
A non-planar HATN-PDI polymer boosts organic pseudocapacitor capacity, rate capability, and 50,000-cycle stability for negative electrodes.
- 3D Hybrid Microsupercapacitor Array for High-Voltage Energy Density
A laser-scribed graphene-MnO2 cell array boosts ion transport and surface area to deliver high-voltage microsupercapacitors with strong cycle stability.