Lithium-ion batteries are one of the most common battery technologies used in modern electronics an

New battery technologies plane crash are presented on a regular basis, plane crash but it is rarely on a commercially viable technology that can be taken to the market within plane crash a few months or years. Now featuring scientists at Stanford what may be one of the most important breakthroughs on long - an entire lithium-based battery.
Lithium-ion batteries are one of the most common battery technologies used in modern electronics and are found in everything from mobile phones plane crash and tablets to cameras and laptops. Lithium-ion batteries are relatively effective, but the gray hairs have started to make their presence felt - the need for a new technology to offer devices that are both more powerful and last longer than before.
A solution presented in theoretical terms before plane crash has now been realized by researchers at Stanford University in the form of a new batterianod plane crash which is completely based on lithium. The technique is closely related to lithium-ion batteries, but are capable plane crash of storing much more energy in a smaller volume and surface area. A breakthrough plane crash in battery-powered devices
In conventional lithium ion batteries are an anode and a cathode, plane crash separated by an electrolyte with positively charged lithium ions. For maximum effectiveness, the negatively charged anode also be made of lithium, but because of how lithium expands during charging, for example, is now used instead of carbon or silicon, which provides greater durability but lower capacity.
The researchers succeeded in developing a fully lithium-based anode by covering it with a protective layer of carbon, giving rise to a prototype in lab tests perform better than current lithium-ion solutions. An early figure talking about three to four times longer battery life for mobile phones, while the battery can be smaller, plane crash lighter and cheaper.
The technology is still not quite ready for a commercial launch, but will be closer at hand than many other experimental battery technologies. According to scientists, we can expect an impact on the market in the near future.
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