Zhu Jing, Professor of Materials Science and Engineering. Member of the Chinese Academy of Sciences. Born in October, 1938, in Shanghai. After graduation from the Department of Physics in Fudan University in 1962, she started her study in the facial aspects of material microstructure at the Central Iron and Steel Research Institute. Also she is concurrent professor of the Department of Materials Science of Shanghai Jiaotong University and the Shandong University of Technology. She is director of the Chinese Material Research Society and the Chinese Electron Microscopy Society. She was invited to be a specialist at Sessions of the Evaluation Panel of the Department of Materials Sciences and Engineering of the National Nature Science Foundation of China. She had taken advanced study and worked under the direction of J.M. Cowley in U.S.A. She has been engaged in scientific research on material microstructure characterization for more than thirty years and has made many creative contributions. She was the first in the world to discover the coherent electron microdiffraction effect from a single planar fault and explained the phenomenon by kinematics diffraction theory. Her paper on coherent electron microdiffraction effects from a single antipode domain boundary is a foundational document in the electron microdifraction world. She also done important work in developing super-high strength steel, which is in urgent need in China. She has won more than 10 prizes from the State and various ministries for her two dozen of scientific researchpapers, including the National Award for Science and Technology Progress, the National Nature Science Prize and various ministerial level prizes. Her publications include a book dealing with high spatial resolution analytical electron microscopy and more than 120 academic papers. She has won awards as "State Outstanding Specialist", "National March 8 Red Banner Pacesetter" and "Advanced Worker of China" by the state council, among other honors.
Zhu Jing
Zhu Jing, Professor of Materials Science and Engineering. Member of the Chinese Academy of Sciences. Born in October, 1938, in Shanghai. After graduation from the Department of Physics in Fudan University in 1962, she started her study in the facial aspects of material microstructure at the Central Iron and Steel Research Institute. Also she is concurrent professor of the Department of Materials Science of Shanghai Jiaotong University and the Shandong University of Technology. She is director of the Chinese Material Research Society and the Chinese Electron Microscopy Society. She was invited to be a specialist at Sessions of the Evaluation Panel of the Department of Materials Sciences and Engineering of the National Nature Science Foundation of China. She had taken advanced study and worked under the direction of J.M. Cowley in U.S.A. She has been engaged in scientific research on material microstructure characterization for more than thirty years and has made many creative contributions. She was the first in the world to discover the coherent electron microdiffraction effect from a single planar fault and explained the phenomenon by kinematics diffraction theory. Her paper on coherent electron microdiffraction effects from a single antipode domain boundary is a foundational document in the electron microdifraction world. She also done important work in developing super-high strength steel, which is in urgent need in China. She has won more than 10 prizes from the State and various ministries for her two dozen of scientific researchpapers, including the National Award for Science and Technology Progress, the National Nature Science Prize and various ministerial level prizes. Her publications include a book dealing with high spatial resolution analytical electron microscopy and more than 120 academic papers. She has won awards as "State Outstanding Specialist", "National March 8 Red Banner Pacesetter" and "Advanced Worker of China" by the state council, among other honors.
