Negative Electrodes TRIZ Cases
- Lithium Battery Anode Protective Layer Preventing Dendrite Growth
A polymer matrix protective layer retains electrolyte within a crosslinked network structure, preventing dendrite growth and extending battery life.
- Lithium Ion Negative Electrode Pore Structure for Electrolyte Penetration
Porous negative electrode structure with 8 to 17 pores per cm² improves electrolyte penetration and reduces stress on active material particles during cycling.
- Lithium Transition Metal Oxynitride Anode for High Capacity Batteries
Lithium transition metal oxynitride anodes increase lithium ion occlusion to overcome limited discharge capacity density in conventional batteries.
- Silicon Negative Electrode Adhesive Dot Pattern for Battery Cycle Life
Segmenting the adhesive layer into discrete dots suppresses volume expansion of silicon active materials while maintaining lithium ion mobility.
- Chelating Negative Electrode Material Prevents Zinc Dendrites
A chelating negative electrode material stabilizes metal ions through coordination bonds.
- Lithium Secondary Battery Fluorinated Ether Electrolyte
Fluorinated ether solvent mediates lithium ion transport to suppress dendrite formation and maintain cycle stability.