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FIVE YEARS TO COMMERCIALIZATION FOR SILICON-NANO RESEARCH INTO LITHIUM-ION BATTERIES?

机译:硅纳米对锂离子电池的研究已经实现了五年的商业化?

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摘要

In general, you have two options with lithiurn-ion-battery technology. You can optimize the battery chemistry for high-energy storage in the kind of batteries you find in today's laptops and cell phones. These lithium-ion cells rely on cobalt cathodes, which have an unfortunate although rarely experienced ability to go into a thermal-runaway condition and catch fire. Or, you can optimize for power-that is, the ability to charge and discharge rapidly.
机译:通常,锂离子电池技术有两种选择。您可以使用当今笔记本电脑和手机中发现的那种电池来优化电池化学成分,以实现高能量存储。这些锂离子电池依靠钴阴极,尽管很少经历过进入热失控状态并着火的能力,但钴阴极却很不幸。或者,您可以优化功率,即快速充电和放电的能力。

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