Nanotube technology research and development is expected to significantly extend mobile equipment battery life
著者：Iflowpower – Fornitur Portable Power Station
Nanotube (Nanotube) technology invented by Engineers in Illinois, willing to significantly extend battery life of mobile devices. The University of Illinois has discovered a way to significantly reduce the power consumption of smartphones and other mobile devices to store music, video and other content, so it is impact that this original is one of the power consumption. Leading the research team's electricity and computer engineering assistant EricPop, combining the power-saving progress developed by this new technology and other zero components, especially the screen, will allow today's handheld equipment to extend ten times electricity.
POP has produced low-power storage memory with his team, which is used by nanotubes, microcarbon tubes, microcarbon tubes, and microcarbon tubes than the hair. The researchers have also paired nanotubes in phase change substances. In this case, the same lightweight material is also used in the DVD used to store video and music.
This chemical compound is called a chalcogenide. When conducting charges carried by nanotubes, it will change between non-crystalline and crystals. These different states are used to represent bit or double metad numbers, and are used to store information on flash memory used by handheld devices.
This invention uses less power than the flash memory, as the latter stores the bit yuan in a charge, so more power is required. Use the phase change material to change the material to change the material, these materials will maintain the traditional state until they are again conducted. POP is expressed because there is not a continuous charge, so if the storage device is close to the magnet, there will be no risk of removing information.
POP frankly his team's technique, if you really use it in a smart phone, the time of use of electricity will be affected by many factors, not only to improve other zero components. If manufacturers can have more power, they are likely to add more features to add new power consumption, rather than let users reduce charging. .