Wang Keming (1939—20 13), a native of Yueqing, Zhejiang, is an outstanding material physicist in China. Academician of China Academy of Sciences, Professor and Doctoral Supervisor of School of Physics, Shandong University. 1939 was born in March in huanghua town, Yueqing County, Zhejiang Province. 1957 graduated from Wenzhou Middle School. 196 1 Graduated from Physics Department of Shandong University. He is currently the deputy director of the Academic Committee of Shandong University, a member of the Academic Committee of the State Key Laboratory of Crystal Materials, a member of the Academic Committee of the State Key Laboratory of Nuclear Physics and Technology of Peking University, a member of the Academic Committee of the National Laboratory of Heavy Ion Accelerator of Lanzhou, and a scientific member of the International Bohm Physics Society. He has been engaged in the research of ion-solid interaction and ion implantation optical waveguide for a long time and has achieved a series of innovative results. In the research on the modification of ion beam photoelectric crystal materials, He and his research group systematically studied the optical waveguide structure and characteristics of oxide photoelectric crystals formed by ion implantation, and put forward new principles, new modes and new methods for forming optical waveguides with increased refractive index in waveguide regions; A method for preparing erbium-doped KTP crystal waveguide laser thin films by laser pulse deposition is proposed. The range and damage distribution of heavy ions implanted into photoelectric crystals are systematically studied, and an effective calculation method for the average projection range and dispersion of heavy ions in multi-element targets is developed. He presided over 7 national natural science foundation projects, including 2 key projects; Published more than 80 papers included in SCI/KLOC-0; "Applied Basic Research on the Interaction between Particles and Photoelectric Materials" won the second prize of National Natural Science Award; "Research on ion implantation optical waveguide and defects" won the first prize of Science and Technology Award (Natural Science Award) of China University of the Ministry of Education; Won 4 provincial and ministerial science and technology awards; As the person in charge, the applied basic research on the interaction between particles and photoelectric materials won the second prize of the National Natural Science Award in 2005. In 2007, he was awarded the title of "National Excellent Doctoral Dissertation Instructor". He died in Jinan on July 20, 20 13 at the age of 74.

Wang Keming's wife, Huang Mubin, is from Fujian. There is a son and a daughter.

He is currently a member of the Discipline Evaluation Group of the State Council Academic Degrees Committee. In 2007, he was elected as an academician of China Academy of Sciences.

Professor Wang Keming has been engaged in the research on the interaction between ion beam and solid and material modification for a long time. In the research on the modification of ion beam photoelectric crystal materials, his research group systematically studied the optical waveguide structure and characteristics of oxide photoelectric crystals formed by ion implantation, put forward new principles, new modes and new methods for forming optical waveguides with increased refractive index in the waveguide region, and revealed the formation mechanism of ion implantation waveguide structure; A method for preparing erbium-doped KTP crystal waveguide laser thin films by laser pulse deposition is proposed. The range and damage distribution of heavy ions implanted into photoelectric crystals are systematically studied, and an effective calculation method for the average projection range and dispersion of heavy ions in multi-element targets is developed.

Famous scientist, physicist, academician of China Academy of Sciences, outstanding party member of China * * * Production Party and Wang Keming, tenured professor of Shandong University, died in Jinan on July 20th, 2065 13: 08+0 at the age of 74.