Single Layer Graphene Nanopowders Used as Solar Cells

                                      Single Layer Graphene Nanopowders  Used as Solar Cells 

Spec: thickness:0.6-1.2nm,Length:0.8-2um,>99%

Application for Single layer graphene nanopowders:

1. Nanoelectronic devices: graphene at room temperature with 10 times the high carrier mobility of commercial wafers (about10 am / V • s), and is affected by temperature and doping effect is very small,showing room temperature ballistic transport properties of sub-micron scale,which is graphene nanoelectronic devices as the most prominent advantages of the electronic engineering attractive room ballistic FET possible nano scale graphene reduced to the same or even a single benzene ring maintaining good stabilityand electrical properties, making it possible to explore single-electrondevices.

2. Instead of silicon production super computer:Graphene is the best known properties of the conductive material, the particular characteristics of graphene for high-frequency circuits. Since the emergence of graphene, the development prospects of high frequency boost seemsto become infinitely wide, which makes it in the microelectronics field alsohas great potential. They even graphene as a substitute for silicon, can beused to produce future supercomputers.

3. Photon sensor: Graphene for photon sensor,such a sensor for detecting information carried in the optical fiber. Graphene also be used for solar cells and liquid crystal display, because the grapheneis transparent, use it to manufacture panels having more excellent than theother light-transmissive material.

4. Gene sequencing: The thickness of theconductive graphene DNA chain is smaller than the adjacent electron fingerprintexists between the distance between the base and the four DNA bases, therefore,expected to achieve graphene direct, rapid, low cost of gene sequencingtechnology electronics.

5. Other applications: Graphene transistors canalso be applied, touch screen can also be used to make bandages, food packagingand even antimicrobial T unmoving, with graphene do photoelectrochemical cellcan replace metal-based organic light-emitting diode, because graphene You canalso replace the traditional lamp metal graphite electrodes make it easier to recycle.Substances can be used to develop not only produce paper-thin ultra-lightaircraft materials, manufacturing surplus tough armor.

6. Graphene can also do a soft transparent electrode, ultrafast optical sensing device excellent raw materials, can be usedin manufacturing solar panels. Graphene research into optical modems, isexpected to improve the speed 10,000 times.