What is the Meaning & Definition of Graphene
Graphene is a substance that is formed by one hundred percent of carbon, is widely used at the behest of electronics, as a trainer of chips, and is also used in the automotive industry as we will see below, among others. Its name, no doubt, is not as familiar as other substances and materials, however, knowledge of the Graphene goes back to the last century, around the year 1930, when its chemical bond and also its structure were described by science.
Its most prominent physical characteristics include its lightness, flexibility, elasticity, strength, heat conduction, transparent when present in leaves, and insufficient weight presenting.
With regard to its resistance emphasis that it is many times stronger than steel.
The Tesla Motorcs company that designs, produces and markets electronic cars would begin to use this material which we are concerned in the manufacture of their products.
Recently we have learned that this company based in Silicon Valley would succeed in increasing the autonomy of one of its most important models, Tesla Model S, in about approximately 800 km/h, thanks to the use of Graphene. But this is not the only thing that will bring, also added batteries allowing them to recharge more easily thanks to Graphene.
The development of anodes of Graphene is the punctual cause that could generate the mentioned increase and thus achieve the batteries to endure even more.
When it was discovered that the Graphene was a great conductor of heat and power its utility could be when it comes to the manufacture of batteries. In this sense many studies and tests were made and it was found that with Graphene could be made much more efficient batteries.
The big disadvantage attached to it to Graphene is the high cost of collection which can not speak it is too profitable item to generalize its use.
Article contributed by the team of collaborators.
Its most prominent physical characteristics include its lightness, flexibility, elasticity, strength, heat conduction, transparent when present in leaves, and insufficient weight presenting.
With regard to its resistance emphasis that it is many times stronger than steel.
The Tesla Motorcs company that designs, produces and markets electronic cars would begin to use this material which we are concerned in the manufacture of their products.
Recently we have learned that this company based in Silicon Valley would succeed in increasing the autonomy of one of its most important models, Tesla Model S, in about approximately 800 km/h, thanks to the use of Graphene. But this is not the only thing that will bring, also added batteries allowing them to recharge more easily thanks to Graphene.
The development of anodes of Graphene is the punctual cause that could generate the mentioned increase and thus achieve the batteries to endure even more.
When it was discovered that the Graphene was a great conductor of heat and power its utility could be when it comes to the manufacture of batteries. In this sense many studies and tests were made and it was found that with Graphene could be made much more efficient batteries.
The big disadvantage attached to it to Graphene is the high cost of collection which can not speak it is too profitable item to generalize its use.
Article contributed by the team of collaborators.