What is graphene technology in blockchain

1.

Graphene, graphene, is the underlying technology architecture of blockchain created by EOS founder Daniel Larimer and cryptonomex team. Based on this architecture, Daniel has developed bitshares, stem, EOS and other far-reaching projects. The famous blockchain projects developed based on this architecture include Zoomlion auto chain, gongxinbao, karma, payger, echo, seer and so on

Zac chain is an electric vehicle intelligent ecosystem based on blockchain technology. Supported by the core technology of blockchain, supplemented by AI, big data, Internet of things and other technologies, and based on the vehicle traveling data recorder tntelligent tree as the carrier, it customizes an intelligent experience service system for electric vehicle users, covering both the front market and the back market. In the Zac chain network, users can fully control their own driving data, and enter the mining mode from the blockchain technology. Driving is mining, and driving is value. The Zac token generated by mining can be exchanged in the Zac chain ecosystem to solve the pain point of depreciation of users' car use

2. This is relatively new, so each school's is not the same, generally belongs to the material related specialty, and sometimes belongs to physics.

3.

What is graphene? Why is it a revolutionary super material in the future? Whether they are soft and fragile graphite or hard diamond, their essence is the allotrope of carbon element. Because of the different arrangement and combination of carbon elements, their shapes and characteristics are very different. When I was a child, I used pencil to write and lubricate, but it was easy to break. This is because graphite is a lamellar structure of carbon atoms. Although each layer is very strong, the van der Waals force between layers is small. Once external force is applied, it is easy to break

Third, graphene has good optical properties, its light transmittance is more than 97%, and it looks almost transparent. Maybe it can be applied to the field of projection in the future, such as smart glasses, smart display and so on< The specific surface area of graphene is large, and the total area per gram of graphene can reach more than 2600 square meters. Coupled with the unique network structure, graphene has very strong adsorption performance, which can be used to filter impurities or transport specific drugs
based on the above advantages, people can't wait to apply graphene in commercial procts, among which graphene TV is the most popular. Adding graphene into lithium batteries can greatly improve its power storage and conctivity. In 2014, a Spanish company developed the first graphene polymer battery. Its battery capacity is three times that of the best proct in the market at that time. It can drive 1000 kilometers for electric vehicles and takes only eight minutes to charge. Although the development prospect of graphene sounds very good, there is still a long way to go from the laboratory to the market. At present, most of the graphene procts are not complete single-layer structure, but composite multi-layer structure, which will greatly rece the advantages of graphene
therefore, how to prepare high-quality graphene materials, how to optimize the preparation process, rece proction costs and explore the application of graphene are the direction of continuous efforts of researchers and enterprises. This will lay a solid foundation for the instrialization of graphene