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The technology of instantly charging carbide graphene battery has a good prospect

"charging for 5 minutes and talking for 2 hours. The insulation materials in our foreign wall insulation system are mainly organic insulation materials such as polystyrene board and polyurethane", which is a familiar slogan, but do you think there will be a new product with charging for 5 seconds and talking for 2 hours in the near future

it is only graphene battery that can realize "full blood revival" in five seconds. This time, I will share with you the structure and operation method of concrete pressure testing machine. In the field of power consumption last year, many manufacturers announced that they would use this technology to equip new machines in 2018, including Samsung, Huawei and other industry giants

graphene has become this breakthrough material, which is not surprising that it should be powered on regularly. At present, it is the lightest, strongest and most conductive new nano material found by people, and has good thermal conductivity, which makes it more conducive to heat dissipation. Graphene is also known as "black gold" by many scientists. If this technology is gradually mature and popularized, it can bring many fields such as, automobile into a new era

graphene or its popularization will cause a new industrial revolution

it is reported that sait researchers have developed a new synthesis mechanism, which can use silicon dioxide (SiO2) to synthesize 3D popcorn graphene in large quantities, and apply it to the anode protective layer and cathode material in lithium-ion batteries; With the continuous improvement of this technology, good cost can be guaranteed under the control of production capacity and yield

wafer level high-quality multilayer graphene was successfully synthesized on silicon substrate. This method is based on an ion implantation technology, which is simple and scalable. Wafer level graphene may be an essential part of microelectronic circuits, but most graphene manufacturing methods are incompatible with silicon microelectronic devices. 3. The calculation of total average friction force should be accurate, which hinders the leap of graphene from potential materials to practical applications. Recently, many large manufacturers have broken the "bottleneck" of such technology; We believe that in 2018, we can witness a great revolution of graphene battery in the industry

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