The industrial and industrial production of graphene with low cost and large output can be completed, which will greatly promote the development of downstream industries.
Using graphene's remarkable physical and chemical properties, electrons can travel through graphene much faster than they can through silicon, creating more sensitive sensors, electronic components, displays, solar cells and hydrogen storage devices.
Pacific Northwest National Laboratory and Princeton University are working with a private company to develop a high-capacity, fast-charging battery.
The secret is to add graphene to lithium-ion batteries to improve power and cycle stability.gold adsorption on activated carbon
Researchers at Stanford University say graphene-based lighting could be cheap and environmentally friendly.
Graphene-based LECs could replace metal-based OLEDs(organic light-emitting diodes). They could also replace traditional metal-based graphite electrodes in lamps, making them cheaper and easier to recycle.
Researchers in China found that bacterial cells on graphene paper were unable to grow, while human cells were not damaged.>www.chinactivecarbon.com
Take advantage of this by making bandages, food wrappers and even antibacterial t-shirts.
The scientific community is paying close attention to the research progress of graphene, this amazing material once put into practice will bring revolutionary changes to human society.