Alkaline Accumulators TRIZ Cases
- Alkaline Dry Battery Anode Composition for Low-Temperature Discharge
A zinc anode blend with phosphate-type compound A and terephthalic acid improves electrolyte balance and discharge in cold conditions.
- Zinc Anode Film Structure for Dendrite and Cycle-Life Control
A stretchable insulating film on a zinc anode localizes reactions, limits dendrite growth, and preserves cycle life in secondary batteries.
- LDH Separator Composition for Zinc Dendrite Blocking
A Ti-Y LDH-filled porous separator blocks zinc dendrites while preserving hydroxide-ion conductivity and alkali resistance in zinc secondary batteries.
- Porous LDH Separator Balancing Dendrite Blocking and Ion Transport
A porous substrate filled with LDH blocks zinc dendrites while preserving hydroxide-ion conductivity to improve zinc secondary battery separators.
- Phosphorous Electrolyte Additives for Zinc Battery Corrosion Control
Phosphorous electrolyte additives suppress hydrogen evolution and zinc corrosion in aqueous batteries, improving shelf-life and coulombic efficiency.
- SWCNT Cathode Composition for High-Drain Alkaline Cells
Using SWCNTs and graphene in alkaline cell cathodes cuts resistivity and preserves MnO2 loading for stronger high-drain discharge.