Electrochemical Processing Of Electrodes TRIZ Cases
- Fluorinated Silicon Anodes for Stable SEI and Cycle Life
A fluorine-containing surface layer stabilizes the SEI on silicon anodes, limiting expansion damage and improving capacity retention.
- Lithium Metal Electrode Pulsing for Uniform Dendrite-Free Deposition
Alternating oxidation and reduction pulses condition lithium metal electrodes to suppress dendrites and improve uniform, reversible deposition.
- Diazonium-Coated Lithium Anode for Dendrite-Stable Li-S Batteries
A diazonium-derived covalent coating stabilizes lithium anodes, limiting dendrites and polysulfide shuttle to extend Li-S battery cycle life.
- Solid-State Battery Interface Healing With Pulsed Current
High-current voltage pulses drive electrode material into solid-electrolyte pores, restoring contact and lowering interfacial resistance.
- Electrochemical Halogenated Coatings for Li-Ion Electrode Fluorination
Electrochemical fluorination forms halogenated electrode coatings from SF6 or NF3, cutting energy use, toxicity, contamination, and cost.
- Lithium Metal Anode Foam Layer for Dendrite-Free Cycle Life
An elastic polymer foam layer at the lithium metal anode suppresses dendrites, evens ion deposition, and extends battery cycle life.
- Lithium Anode CNT-Graphene Structure for Dendrite-Free Storage
Vertically aligned CNTs on graphene guide lithium into non-dendritic storage, boosting capacity while avoiding volume expansion and short circuits.
- Hydrophilic Porous Carbon Electrode for High-Activity Flow Batteries
A carbonized porous electrode with oxidizing-gas hydrophilization improves electrolyte wetting and reaction activity in redox flow batteries.
- Sputtered LFP Reference Electrode for Stable Battery Diagnostics
Successive vacuum-deposited conductive and LFP layers create a stable reference electrode for accurate on-board battery diagnostics.