The potential of graphene materials is infinite, scientists are accelerating new uses

Recently, scientists have explored the use of graphene materials in addition to new uses, and developed a smart graphene coating to sense the structural fracture of the building. Since the discovery of graphene, scientists have accelerated their use, from solar cells to building materials, from catalysts to anticancer drugs, to find graphene.
Graphene is a new type of nanomaterial. Due to its special nanostructure and excellent physical and chemical properties, it has won wide attention from all walks of life and is known as the "miracle material" of the 21st century.
Graphene is the hardest and most flexible material in the world. This "anti-sky" quality makes it omnipotent. It has good application prospects in many fields such as lithium battery, energy equipment, transportation, aerospace and so on.
However, due to production constraints, graphene has not achieved large-scale applications. The vast majority of the uses of scientists are still in the experimental stage, and only a very small number can be industrialized, thus forming a situation in which R&D and application are not equal.
China's research on graphene started late, but the academic enthusiasm continued to rise, and by 2013, a major breakthrough was achieved. Since 2015, the government's attention to graphene has also increased significantly. At this time, the number of domestic publications on graphene-related papers has surged to 1,239, an increase of nearly six times that of 2011.
It can be seen that the research on graphene in academic circles has continued to grow rapidly, which has played a significant role in promoting the industrial application of graphene. According to the analysis of China's graphene industry deep market research and investment strategic planning analysis report, in 2015, China's graphene industry output value is only 600 million yuan, and is expected to increase to 10 billion yuan by 2018.
It is not enough for graphene to enter the application explosion period, and the efforts of the academic community alone are not enough. The government also has to introduce a number of targeted policies to provide appropriate guidance and support to promote the development of graphene from laboratory research to industrialization and industrialization.
In addition, private capital and related enterprises should also complement the downstream industrial chain of graphene by accumulating resources such as capital, talents and technology to accelerate the process of industrial application.
Under the impetus of many parties, it is expected that more new applications will be broken, and the level of preparation and technology will be greatly improved. Once production capacity is alleviated and the industry chain is followed up, the prospects for graphene industrialization will become more and more promising, and large-scale application is just around the corner.
In summary, the graphene industry can not only stay in the research and experimental stage, but must accelerate the pace of market introduction, so that the various uses of the excavation can be truly beneficial to humanity.

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