Electrolyte Accumulators Manufacture TRIZ Cases
- Sodium-Ion Battery Electrolyte for High-Temperature Cycle Stability
Fluorosulfate and isocyanate additives form electrode films that cut gas generation and improve high-temperature cycling in sodium-ion batteries.
- Electrolyte solution for nonaqueous sodium ion battery, nonaqueous sodium ion battery, and method for producing the same
Fluorosulfate addition and controlled chain carbonate content suppress high-temperature gas generation and improve sodium-ion battery cycling.
- Fluorosulfate Electrolyte for Sodium-Ion Batteries With Less High-Temp Gas
Fluorosulfate and additive blends help sodium-ion batteries retain capacity and suppress gas generation during high-temperature cycling.
- Hybrid TiO2 Nanolaminate Electrodes for Faster Li-Ion Transport
Conductive organic decoupling layers between thin TiO2 films improve Li-ion and electron transport, boosting rate performance and volumetric capacity.
- Non-aqueous Electrolyte Additives for Thermal Runaway Prevention
Fluoroethylene carbonate and aliphatic di-nitrile additives prevent thermal runaway by forming a protective cathode layer that controls exothermic reactions.