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Single-layer graphene nanoribbons were developed by scientists, which is the first time in the world to prepare nanotechnology

2019-07-02
It is known that single-layer graphene technology is a focus of research for many scientists. This is because single-layer graphene technology can solve many technical problems. This new technology generation can be applied to nanotechnology and will give Science has brought about tremendous changes. Single-layer graphene nanotechnology has been studied by many scientists in recent years, but there are not many people who have achieved real results. Recently, good news came from China, which deserves our attention.
 
The good news is Professor Feng Wei from Tianjin University in China and his scientific team. After years of hard work, they have produced single-layer graphene nanoribbons, which is absolutely second to none in the world. No country currently has access to this technology. And China, China, has achieved a comprehensive breakthrough in this technology, which is a huge success for China's single-layer graphene nanobelt technology.
 
Chinese scientists have been studying single-layer graphene nanotechnology for a long time. Professor Feng Wei of Tianjin University and his scientific team started this research in 2008, but since many technologies are restricted by foreign countries, they can only start again. After years of efforts, our scientists have finally broken through. The bottleneck of this technology has become the first country in the world to prepare single-layer graphene nanoribbons.
 
The results of Chinese scientists have gained worldwide attention. Chinese scientists' single-layer graphene nanobelt technicians have obtained international patents in recent times. Single-layer graphene nanobelt technology is to cut single-wall carbon by fluorine-containing radicals. Nanotubes are gradually being researched and prepared, so this technology will make a huge contribution to the battery and provide technical support for the advancement of China's primary batteries.
 
We know what is the important role of single-layer graphene nanoribbon technology? The emergence of this technology will make the carbon fluoride more efficient, and the carbon fluoride is the world's highest theoretical energy density of the galvanic solid cathode material. In the past, foreign countries were strictly controlling this technology. Now Chinese scientists have finally broken their monopoly and have a great effect on China's economic construction.