Hebei Gongda Synthetic Diamond Research Project has made significant progress

Graphite and diamond are both pure carbon, one is cheap, and the other is expensive. If you can convert graphite into diamonds, having a permanent diamond is no longer just a dream for ordinary people. Recently, Hebei University of Technology has made significant progress in the theoretical study of graphite-diamond phase transition mechanism. The theoretical research results have been published in the Nature Reports magazine of Nature Publishing Group (NPG).

This research team with international level of innovative scientific research results from the research team of the Institute of Energy Equipment Materials Technology, which was developed by Professor Yin Fuxing of Hebei University of Technology, Xie Hongxian (Mechanical Institute), Liang Chunyong (Materials College) and Wang Jiantao of the Institute of Physics, Chinese Academy of Sciences The Ph.D. and Dr. Yu Tao from China Steel Research Group completed the project.

This research provides a new idea for synthetic diamonds, which can control the size of artificial polycrystalline diamond grains and the synthesis of single crystal diamonds according to people's wishes. If the conditions required for this mechanism can be achieved, expensive diamonds may be as inexpensive as current glass balls.

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