Rapid heat treatment technology to improve the life of silicon anode lithium-ion batteries is an innovative method through which the performance of silicon anodes can be effectively improved, thereby extending the life of lithium-ion batteries.

Specifically, rapid thermal treatment technology can process silicon anodes in high-temperature environments. The researchers found that after the silicon anode was treated at 900 degrees Celsius for 20 minutes, the lithium battery made from it could be cycled more than 500 times without significant attenuation in energy density. During this process, the interface contact, SiO2/C coating and electrical conductivity of the silicon material have been greatly improved, and the initial cycle efficiency of the electrode has also been significantly improved, reaching 84%.

Therefore, rapid heat treatment technology provides the possibility for the industrial production of next-generation lithium batteries, which is expected to solve the problem of poor durability of silicon anode lithium batteries and promote the further development of lithium-ion battery technology. For more detailed information about this technology, it is recommended to consult the latest research reports in the relevant field or consult experts in the field.

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