Hybrid Capacitor Electrodes TRIZ Cases
- Composite Electrode Particles for Stable Area Density and Rollability
Controlled composite particle size distribution and surface carbon improve electrode area density stability, rollability, and hot-storage behavior.
- MOF-Derived Carbon Aerogel Electrodes for Stable Supercapacitor Porosity
Calcined MOF-ZX-5 forms a high-porosity carbon aerogel electrode that resists pore collapse and sustains supercapacitor performance over cycling.
- Patterned Silicon Anodes to Limit Expansion and Disconnection
A patterned metal-oxide collector guides porous silicon deposition to absorb expansion stress and maintain anode contact at fast charging rates.
- Binder-Free Flexible Electrode Coating for Large-Area Supercapacitors
A graphene-porous carbon coating on a hydrophobic substrate avoids insulating binders and vacuum filtration for large-area flexible electrodes.