Understanding how battery components work at the molecular or atomic levels can help scientists create faster-charging, more powerful, longer-lived storage devices. But the electron microscopes powerful enough to give this view also change and distort the materials in ways scientists must cautiously appreciate.
Understanding how battery components work at the molecular or atomic levels can help scientists create faster-charging, more powerful, longer-lived storage devices.
But the electron microscopes powerful enough to give this view also change and distort the materials in ways scientists must cautiously appreciate.
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