New breakthrough in Android phone energy: inventing a new lithium battery that doesn't age over time

It is batteries that are now being held back, and it is desperate to see that there has been no large-scale commercial use, despite the many new skills scientists have explored.

After buying a new phone for a long time, you will find that the battery life can be reduced by a lot. Why does the lithium battery have this question? Scientists finally understood the question and found a corresponding solution.

According to BGR, US Department of Energy scientists have found that lithium batteries travel through the electrolytes of the North, South, and South poles of the yin and Yang, and then generate current for the equipment, and battery life can reduce what is originally called "shrinkage."

Lithium-ion batteries are simply understood as the lithium ion volume that runs back and forth when charged and discharged. When manganese ions are stripped from the cathode of the battery, they will resonate with the electrolyte adjacent to the anode of the battery and capture lithium ions. However, the data of the battery electrode often breaks apart, which causes many manganese ions to operate in reverse and then capture more lithium ions..

Over time, more and more lithium ions are captured by manganese ions, resulting in the reduction of battery life. Already know the principle that scientists are studying countermeasures, no new battery skills are introduced, and finding the trick of keeping lithium batteries high is also an excellent job.

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