2015/7/27
Okayama University Succeeded in mass synthesis of graphene oxide
A research group led by Associate Professor Yuta Nishina of Okayama University has developed a method for synthesizing a large amount of graphene oxide from graphite.Graphite is made up of stacked sheets of carbon atoms, and graphene is made by peeling off only one layer of this sheet. When discovered in 1, it has attracted attention as a material that opens up various advanced technologies due to its robustness, low electrical resistance, magnetism, catalytic ability, and so on.Furthermore, it is expected that various atoms will be mixed as impurities and various substances will be bonded to the surface of the sheet, resulting in various variations and expanding the range of applications.While research on the use of such graphene-related substances is being carried out very actively, research on production technology is also being promoted.
In advanced technology research, there are many studies that can be achieved by obtaining valuable materials at a high price.However, even if the technology itself is established by the research, whether or not it will spread to the world depends on how cheap, large quantities, and stable quality can be supplied.In the future, we will continue to improve with the aim of further mass synthesis, aiming for synthesis in kilogram units.
Source:[Okayama University] Succeeded in mass synthesis of graphene oxide 5 times as much as before