In the structural composition of sodium ion battery, PTMS LITHIUM COBALT ACID MATERIAL MAGNETIC preparation of cathode material as the main part of sodium storage, is an important factor to determine the safety performance, electrochemical performance and future development of sodium ion battery. Polyanionic cathode materials play an important role in the cathode materials of sodium ion batteries.
Because the PTMS LITHIUM COBALT ACID MATERIAL MAGNETIC removal process contains polyanions with strong covalent bonds in the frame structure of the polyanion material, it has good thermal stability and can provide a better safety guarantee for the battery. Among the many candidate materials, iron-based polyanionic cathode materials have received more attention recently, because the crystal structure shows that such materials have an open frame structure, and they are also more friendly to the environment.
Generally, it is a natural mineral material with rich sources, and it is one of the potential candidate materials with great advantages. After PTMS LITHIUM COBALT ACID MATERIAL MAGNETIC removal process, the theoretical charging and discharging platform can reach 3.3v(vs.na). Based on fe2+/fe3+ REDOX reaction, the cathode material of feso4f- sodium ion battery can be used. The maximum specific discharge capacity for safe use can reach 138.3mah/g.
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