Microscopic Fiber Electrodes TRIZ Cases
- Stretchable Electrochromic Electrolyte for Wearable Color-Changing Fabrics
A transparent polymer electrolyte enables electrochromic fibers and fabrics to stretch, bend, and switch color with high contrast and fast response.
- Hollow Carbon Fiber Anode Structure for Lithium Expansion Control
A hollow carbon fiber shell encloses lithium-alloyable metal nanoparticles to absorb anode swelling, maintain conductivity, and extend battery life.
- Silicon-Based Negative Electrode with CNT Bundles for Conductivity Retention
Bundled single-walled carbon nanotubes help SiOx negative electrodes keep conductive pathways during volume expansion, improving capacity and cycle life.
- Silicon Anode CNT Bundle Structure for Conductivity and Cycle Life
Bundled single-walled carbon nanotubes help silicon-based anodes resist volume-change damage, maintain conductivity, and extend battery life.
- Silicon-Lithium Aluminate Anode Particles With Low Porosity
Controlling porosity in silicon-lithium aluminate composite anode particles limits cracking and side reactions, improving efficiency and cycle life.
- Silicon Negative Electrode with Side-Bonded CNTs for Volume Change
Side-bonded single-walled CNT bundles help silicon negative electrodes stay conductive during expansion and contraction, reducing cracks and capacity loss.
- Flexible Textile Battery Assembly for Polysulfide Containment
Electrospun textile-like battery assemblies use gel-polymer electrolytes and nanofillers to improve ion transport while limiting polysulfide loss.
- Electrode Tab-Free Cable Cell Design for Low Resistance
Exposed outer electrode embedded member provides shortest electron path, eliminating high resistance from long tab travel distances.