What works does Liu Zhongfan have? Liu Zhongfan s masterpiece?

Analysis of Nanomaterials

Basic Research in Nanoelectronics

Academic Treatises. As of May 2018, Liu Zhongfan.

He has published more than 340 SCI academic papers, including Nature and Nature Mater、nature commun.Wait. [1]

Main academic works: "Nanomaterial Analysis" (Chemical Industry Press.

2003, co-author), "Basic Research in Nanoelectronics" (Beijing Institute of Technology Press, 2004, co-author).

Zhongfan Liu is mainly engaged in the research of low-dimensional materials and nanodevices, molecular self-assembly, and electrochemistry. Chemical vapor deposition of nanocarbon materials has been developed.

growth methodology, the establishment of precisely regulated carbon nanotubes.

A series of growth methods for the structure of carbon materials such as graphene, new growth catalysts such as carbon-based catalysts and binary alloy catalysts have been invented, and a new "gas-solid" growth model of carbon nanotubes has been proposed. The concept of self-assembly of small organic molecules was extended to the field of quasi-one-dimensional carbon nanotubes, and a variety of chemical self-assembly methods were established, and the research methods of self-assembled membrane electrochemistry and needle-tip chemistry based on scanning probe microscopy were developed.

Extended information: Nanotechnology in nature.

Nanotechnology in nature is also ubiquitous. For example, the gecko that "flies the eaves and walks on the wall".

The claw has a special adhesion system structure, and the smallest adhesion unit reaches the nanometer level, which ensures that the sole of the foot can easily achieve a near-perfect combination with various surfaces; The reason why lotus leaves are "out of the silt without staining" is due to the superhydrophobic properties brought by many nanoscale protrusions on the surface. There is also a water strider that can "float on water".

Commonly known as "water sesame oil"), it is because the surface of the bristles on the legs has a spiral-shaped nanostructured groove that forms an air cushion.

Micro and nano structures in nature can bring beautiful colors, such as the wings of a butterfly. Unlike our clothes, the color of butterfly wings does not come from the pigment, but from the structural color brought by the scales; It can also form tough structures, such as human teeth. Teeth are highly calcified nanostructured tissues that are much harder than steel.

The clever use of the structure of animals and plants in nature can provide a wealth of inspiration for scientists. For example, the "lotus effect" is applied to the nano tie to achieve a stain prevention effect. Biomimicry is very important in the development of nanotechnology.

Analysis of Nanomaterials", Basic Research in Nanoelectronics

What is an indwelling meal? The work is a literary and artistic work.

Analysis of Nanomaterials

Liu Zhongfan, male, Han nationality, born in October 1962, from Jiutai District, Changchun City, Jilin Province, joined Jiusan Society in December 2007, joined the work in April 1990, graduated from the University of Tokyo, Japan, majoring in photoelectrochemistry, doctor of engineering, professor, physical chemist, doctoral supervisor of Peking University, academician of the Chinese Academy of Sciences, academician of the Academy of Sciences for Developing Countries.

He is currently a member of the Standing Committee of the 13th National Committee of the Chinese People's Political Consultative Conference, vice chairman of Jiusan Society, chairman of the Beijing Municipal Party Committee, vice chairman of the Beijing Municipal Committee of the Chinese People's Political Consultative Conference, director of the Nanoscience and Technology Research Center of Peking University, dean of the Beijing Graphene Research Institute, honorary dean of the School of Energy of Soochow University, dean of the Institute of Energy and Materials Innovation of Soochow University, and honorary dean of the Advanced Institute of Materials Science of Changchun University of Technology.

Character experience

On October 30, 1962, Liu Zhongfan was born in a peasant family in Jiutai District, Changchun City, Jilin Province. When he was a child, although his family was in poor economic conditions, his academic performance was always the first in the class, and he was full of exploration of nature and had a strong curiosity about creatures and animals since he was a child.

In 1979, Liu Zhongfan was admitted to Jilin Institute of Technology as the only student on the list of township middle schools;

In July 1983, he graduated from the Department of Chemical Engineering of Jilin Institute of Technology (now Changchun University of Technology);

In March 1987, he received a master's degree from Yokohama National University, Japan.

In March 1990, he received his Ph.D. from the University of Tokyo and worked as a postdoctoral fellow at the Institute of Molecular Sciences, University of Tokyo.

In 1993, after returning to China, Liu Zhongfan personally established the Optoelectronic Intelligent Materials Research Laboratory; In the same year, the first batch of students were selected into the Cross-Century Excellent Talent Program of the State Education Commission;

In 1994, Liu Zhongfan became the chief scientist of the Ministry of Science and Technology; In the same year, he was awarded the first batch of National Science Grants for Distinguished Young Scientists;

In 1996, he was selected into the "Millions of Talents Project" by the Ministry of Personnel.

Level 1 and 2)"; In the same year, he served as a doctoral supervisor in the School of Chemistry of Peking University;

In 1997, the Optoelectronic Intelligent Materials Laboratory was renamed the Nano Technology Center, with Liu Zhongfan as the director;

In April 2000, he was appointed as a Croucher Scholar in the Department of Chemistry of the Hong Kong University of Science and Technology.

In 2011, he was elected as an academician of the Chinese Academy of Sciences;

In 2013, he was selected as an outstanding talent in the "Ten Thousand Talents Program".

His main academic works include "Analysis of Nanomaterials" (Chemical Industry Press, 2003, co-author), "Basic Research on Nanoelectronics" (Beijing Institute of Technology Press, 2004, co-author).

Liu Zhongfan, male, Han nationality, born in October 1962, from Jiutai District, Changchun City, Jilin Province, joined Jiusan Society in December 2007, joined the work in April 1990, graduated from the University of Tokyo with a master's degree in photoelectric chemistry, Doctor of Engineering, professor, physical chemist, doctoral supervisor of Peking University, academician of the Chinese Academy of Sciences, academician of the Academy of Sciences for the Developing World, fellow of the British Physical Society, fellow of the Royal Society of Chemistry, and fellow of the Chinese Society of Micro and Nanotechnology.

"Nanotechnology is all around us".

Liu Zhongfan's main works include Years Like Songs.

The book includes 9 parts, part of "Magnificent Mountains and Rivers", part of the second part of "Deep Love of the Homeland", part of the third part "Love of the Grip of the East", part of the fourth part "Cloud Traveling in the World", part of the fifth part of "Red Section of Annihilation Memory", part of the sixth part of "Team Love", part of the seventh part of "Enlightened Life", part of the eighth part of "Talking about teachers and friends", and the ninth part of "Song Years".

Liu Zhongfan's personal introduction:

In 1994, Liu Zhongfan became the chief scientist of the Ministry of Science and Technology; In the same year, he was awarded the first batch of scientific funding by the National Outstanding Youth Reform Year. In 1996, he was selected into the "Millions of Talents Project" by the Ministry of Personnel.

Level 1 and 2)"; In the same year, he served as a doctoral supervisor in the School of Chemistry of Peking University; In 1997, the Optoelectronic Intelligent Materials Laboratory was renamed the Nano Technology Center, with Liu Zhongfan as the director;

In April 2000, he was appointed as a Croucher Scholar in the Department of Chemistry of the Hong Kong University of Science and Technology. In 2011, he was elected as an academician of the Chinese Academy of Sciences; In 2013, he was selected as an outstanding talent in the "Ten Thousand Talents Program".

Hello, Liu Zhongfan's representative work is nanomaterial analysis Liu Zhongfan, male, Han nationality, in October 1962, La Bisheng, a native of Jiutai District, Changchun City, Jilin Province, joined the Jiusan Society in December 2007, joined the work in April 1990, graduated from the University of Tokyo in Japan with a master's degree in photoelectrochemistry, a doctor of engineering, a professor, a physical chemist, a doctoral supervisor of Peking University, an academician of the Chinese Academy of Sciences, and an academician of the Academy of Sciences for Developing Countries. He is currently a member of the Standing Committee of the 13th National Committee of the Chinese People's Political Consultative Conference, vice chairman of Jiusan Society, chairman of the Beijing Municipal Party Committee, vice chairman of the Beijing Municipal Committee of the Chinese People's Political Consultative Conference, director of the Nanoscience and Technology Research Center of Peking University, dean of the Beijing Graphene Research Institute, honorary dean of the Nengjushiyuan College of Soochow University, dean of the Institute of Energy and Materials Wheel Lifting Innovation of Soochow University, and honorary dean of the Advanced Institute of Materials Science of Changchun University of Technology.