198 1, Lu Ke entered Nanjing university of science and technology to study metal materials and heat treatment; 1985 After graduation, he was admitted to the Institute of Metals, Chinese Academy of Sciences, and received his master's degree and doctor's degree successively. 1989 won the special prize of the first China Academy of Sciences Dean Award; 1990 1 After graduation, he stayed in the Institute of Metals, Chinese Academy of Sciences and worked as an assistant researcher, associate researcher, researcher and doctoral supervisor.
1993 Join the Jiu San Society; 1998 won the gold medal in the international metastable state and nanomaterials annual meeting; 1999 was elected as the only China member of the International Nanomaterials Committee; 200 1 Director of Institute of Metals, Chinese Academy of Sciences; In 2003, he was elected as an academician of China Academy of Sciences (at the age of 38); In 2005, he was elected as an academician by the German Academy of Sciences.
In 2006, he was hired as the review editor of American Science Weekly. 20 13 was selected as an outstanding talent in the "Ten Thousand Talents Program". 20 18 was elected as a foreign academician of the National Academy of Sciences, and was elected as the 13th Standing Committee of Chinese People's Political Consultative Conference in March.
Extended data
Lu Ke's scientific research achievements in recent years;
20 10 at the invitation of science magazine, Lu Ke wrote the future of metals, and looked forward to the development trend and future of metal materials.
20 1 1 February, Lu Ke's research group made a breakthrough in the research of gradient nano-materials, and found that gradient nano-metal copper has both extremely high strength and good tensile plasticity, revealing the intrinsic plasticity and deformation mechanism of nano-metals. Science magazine published their papers again.
In 20 13, Lu Ke's research group published a paper entitled "Discovery of a new nano-layered structure with superhard and superhigh stability in metals" in the journal Science. This paper mainly introduces the use of self-developed technical equipment, through high-speed shear plastic deformation and high gradient strain, to form a two-dimensional nano-layered structure on the surface of bulk nickel metal.
This new superhard and ultra-high stability metal nanostructure breaks through the inverse relationship between strength and stability of traditional metal materials, and opens up a new way for developing a new generation of nano-metal materials with high comprehensive properties.
Baidu Encyclopedia-Lu Ke