A new material that can be used to make high-capacity lithium batteries with stable performance, extending the time for smart phones, electric cars, etc. to what the United States thinks now.

　　A new material that can be used to make high-capacity lithium batteries with stable performance, extending the time for smart phones, electric cars, etc. to what the United States thinks now.

　　Northwestern University issued a news report that the new material is mixed with magnesium oxide with chromium and tin elements, and the positive battery of the lithium battery is more lethal, and the performance is stable, and it will not catch up quickly.

　　Lithium-ion batteries usually use a compound of lithium, oxygen and another metal as a collective, which can be used for other main purposes and release energy. The nature of the metal determines the capacity of the battery. Currently, cobalt is commonly used. The capacity can be reduced and the cost can be reduced, but the battery performance can be improved too quickly, and it will be fatally reduced after two rounds of charging and discharging.

　　The university research team published a paper in the journal "Science Advances". They established a material for magnesium oxide. They analyzed in detail the structural model of a single Northwest atom, the charging and discharging process, and discovered which ones may participate in energy storage. The United States may hope for omnipotence.

　　Researchers may try to incorporate elements into lithium oxide, calculate the experimental effects of various mixing, and find that the incorporation of batteries and batteries can continue to achieve while maintaining battery capacity. Test the actual performance of new materials in the laboratory.