GRAPHENE

What is GRAPHENE?

Graphene, the thinnest and strongest material on the planet, is one inch thicker than similar weight iron, but its thickness is 100 times greater. 1 square meter of graphene is 1000 times lighter than paper lumps and is more versatile than rubber.
Where to apply graphene

Graphene is widely adopted for super capacitor and battery structure. Graphene batteries are lightweight chemicals that are inert, durable, compatible with high performance energy storage, durable and electrically charged at short intervals compared to alternative batteries. The growth of the international graphene market is due to the rapid growth of international sales of electric vehicles and alternative electronic equipment.

By Industry:

·electronics

· Aerospace and Defense

· Health care

·Automobile

· Energy and power

· Others

The most exciting thing about graphene is the mysterious fact that it can be applied to augment a myriad of things that tend to use everyday. The following list can rely on 13 other ways in which graphene can revolutionize existing goods.
Unbreakable smartphone

Tired of dropping money and time to repair your delicate and frequently crushed iPhone screen? It has long been a factor in the past. In the future, the touch screen can be moved from glass to plastic and it can be created effectively. Graphene can revolutionize the business of smartphones and you do not need to change your screen again.

Wearable technology

· If the new Apple Watch creates waves that shake the planet with Apple fans and technicians, the next thing in wearable technology will be amazing. Simply, it is hard to break over a long period of time, and when a super-bent graphen watch comes out to the market, iWatch can not be considered fascinating. Alongside Cambridge News, "The appearance of graphene forming a new mobile phone's clock is innovative like Tin's will and some strings.

Quick charge battery

· But when someone said there was a non-toxic and cheaply produced battery and you said that your battery will be charged in 5 seconds, will you answer? You can say that they are angry. However, as a result of UCLA researchers, I found a way to make graphene batteries by themselves, so I am not mad at all. Charge in a matter of seconds.

Bye-bye radioactive material

· Currently, this seems to be too wise to be true. Researchers at Rice University and Lomonosoff Moscow State University recognized that graphene compounds have the ability to remove substances from contaminated water quickly and efficiently. Chemist 's James Tour said that once in a disaster like Fukushima it could be a breakthrough in purification activities.

Drinking salt water

· One-third of the world's facilities are modern, most of which are frozen. That will be a source of confusion for our water consumption. Everyone in the UN agency swam in the sea, a bite of salt water
 It is not a satisfying expertise. Lockheed Martin has a solution to that problem. Perferone may be a membrane of chemistry composed of graphene becoming a game changer for people who accept water to live (you and anyone else on the planet).

Super bullet proof

· Looking at Kevlar, graphene will need your work. According to Scientific, graphene is more robust and reliable for Kevlar, and there is no doubt that it will become customary clothing for executive officers and firefighters in the future. However, it simply stops at bulletproof vests. It depends on the armor's fleece used in war and conflict areas.

Long-lasting industrial materials

• Standard material can last about 1000 cycles between steel ball and steel disk. However, if one layer of graphene layer is applied there, that number can grow to 500 amazing half dozen cycles. Graphene is an ideal material to overcome friction and perhaps can last a long economic part and its parts. Two-dimensional structure of
 Graphene offers great advantages for three dimensional counterparts.

Bendable battery

· You scan that right. There is a flexible battery for a long time. Let's say you have arrived at gawky and chunky technology. These batteries not only compete but also become a new style of concept that revolutionizes the tendency to use everyday products.

Chip Computing

· In 2014, IBM declared that graphene was used to make ten times faster chips than traditional chips. The chip was not analog and digital, but it shows the long-term potential of graphene as the manufacturing price goes down. Therefore, materials are widely produced and understood. Despite working on completing the employment of laptop graphene still
 This action is very important as it shows that the chip is getting closer, as the chip finally becomes closer to the economically more powerful laptop chip available on the market.

Medical Innovation

- From rising surgical instruments and bioelectric imaging equipment to more practical polymer sequences, disinfectants, etc. In the medical community, long-term use of graphene is enormous, it only takes time. The idea of ​​connecting artificial implants to graphene for neural system development is quoted.

Solar power

· Stellate cells are costly as a result of one important component. platinum. Even though there is little need for the production of stellate cells, an incredibly high price and metal deficiency makes general production and later sells the price very high. Yun droop Hu, a professor of materials science and engineering at Michigan Technological University, may simply need an answer. He has developed 3D version of graphene which may possibly obsolete the necessity of star battery precious metals. While this lowers the price of production, it creates many economical products.

Electric car revolution

· By adopting the graphene film, it is possible to generate electricity from H, launch electric cars, and greatly enhance the effectiveness of fuel cells that produce lively and environmentally friendly solutions. The main problem of existing nuclear membranes used in fuel cells is the amount of unsafe fuel. Membranes based on graphene may make this drawback obsolete.

Global disadvantages

Automobiles emit more carbon in the natural environment, and the US is in a state susceptible to pollution and greenhouse gases. Once the engine of the car is running, completely different kinds of gases and particles are emitted, which adversely affects the setting.
Our answer

1. No gas needed: Electric car is fully charged by the electricity you give. In other words, you do not have to purchase gas again. Driving fuel primarily based on automobiles, because the cost of fuel is always high, will pierce your pocket. In electric vehicles, this price is avoided as Yank spends 2000 to 4000 dollars of gas each year.

2. Savings: These cars are refueled at the bottom cost. Many new cars can provide a wonderful incentive to induce a refund from the government for inexperienced people. Electric cars are a great way to avoid wasting cash in your life.

3. No emission: Electric cars run on electric steam powered engines, so we are considering 100% environment. It does not emit liver toxic gases or the surrounding smoke as it operates with a clean energy supply. They are even higher than hybrid vehicles that a hybrid car runs when gas is discharged. You are subordinate to a healthy and inexperienced climate.

4. Popularity: The way EV spreads has improved quality. Quality is that all new kinds of cars are on the market, everything is unique and offers a wealth of choices.


5. Effective: In the past, bombs are priced for electric vehicles. However, with further technological progress, each price and maintenance has decreased. Battery production and tax incentives are lowering the value, so you can produce the price in a more effective way.

6. Reduction of Noise: Electric cars are more quiet, so they control pollution. Square meters of electric motor that can provide a smoother drive over longer distances.


For details on GRAPHENE, please see the following.

Website: https: //gpower.network/

White paper: https: //gpower.network/files/Whitepaper.pdf

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