
Researchers developed this battery in order to better understand the mechanism in which it works and formed the battery inside a transmission electron microscope that would enable them to study charging and discharging of the battery in real time and at atomic-scale resolution
According to the VP and General Manager of EaglePicher Medical Power, the battery performance is truly a revolution when compared to anything that is currently available on the market, making the possibility of smaller implantable medical devices a reality. There is no word on how much these batteries will cost, but they certainly won’t come cheap.The researchers found that while charging, the tin-oxide nanowire rod almost doubled in length. This was greater than the diameter increase and could result in avoiding short circuits that often reduce battery life. The CINT is a department of Energy research facility jointly operated by Sandia and Los Alamos national laboratories
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