Jane, male, Han nationality,/kloc-0 was born in Pingxiang, Jiangxi on October 25th, 1929, party member, China Academy of Sciences. He is a famous scientist in the fields of optical communication, optical switch, optical sensing and optoelectronic devices in China. He used to be the director of Institute of Optical Wave Technology of Beijing Jiaotong University, honorary dean, professor and doctoral supervisor of School of Electronic Information Engineering of Beijing Jiaotong University.
From July 65438 to July 0953, Jane graduated from the Department of Telecommunications of Beijing Railway Institute and stayed as a teacher. 1957 graduated from the preparatory department of Beijing Russian Institute in September to study in the Soviet Union; 1960 1 Returned from Moscow Institute of Telecommunications Engineering; 1960 Up to now, lecturer of Beijing Railway Institute, associate professor, professor and doctoral supervisor of Northern Jiaotong University. During the period of 1987, he served as the director of the Institute of Optical Wave Technology of North Jiaotong University; 1997, director of the academic Committee of North Jiaotong University.
Jane has long been engaged in the teaching and research of optical fiber communication technology.
Chinese name: Jane.
Nationality: China.
Ethnic group: Han nationality
Place of Birth: Pingxiang City, Jiangxi Province
Date of birth:1929 65438+1October 25th.
Occupation: educational and scientific research worker
Graduate school: Beijing Railway Institute
Main achievements: Academician of China Academy of Sciences (1995 elected).
Representative Works: China Encyclopedia of Posts and Telecommunications (Editor-in-Chief of Optical Fiber Communication Sub-volume of Telecommunication Volume).
Character experience
1929 10 was born in Pingxiang county, Jiangxi province.
1950, graduated from Pingxiang Middle School in Jiangxi Province.
1September 1950 to1July 1953, studied in the Department of Telecommunications of Beijing Railway Institute (now Beijing Jiaotong University).
1953 to 1956 as teaching assistant of Beijing Railway Institute (now Beijing Jiaotong University).
1September 1956 to1September 1957 studied in the preparatory department of Beijing Russian Institute (now Beijing Foreign Studies University).
1June, 957 to 19601October, studied in Moscow Institute of Telecommunications Engineering.
1960- 1979, lecturer of Beijing Railway Institute (now Beijing Jiaotong University).
1979- 1983, associate professor of North Jiaotong University (now Beijing Jiaotong University).
1983, Professor of Northern Jiaotong University (now Beijing Jiaotong University).
From 65438 to 0984, he became a doctoral supervisor with the approval of China the State Council Academic Degrees Committee, and joined the China * * * Production Party in the same year.
65438-0987 Director of Institute of Optical Wave Technology of Northern Jiaotong University (now Beijing Jiaotong University).
1995 10 was elected as an academician of China Academy of Sciences in June.
1997, Director of Academic Committee of North Jiaotong University.
Major achievements
achievements in scientific research
Jane has long been engaged in the teaching and research of optical fiber communication technology. In order to eliminate the spiral effect, Jane put forward a shielding theory different from the "reflection theory" of the former Soviet Union. He established JN and IK functions, enriched Bessel function theory, and developed China's first series of polarization-maintaining single-mode optical fiber with 300,000-300,000 pixels, timely image transmission optical fiber, double-window double-zero dispersion optical fiber, dynamic single longitudinal mode laser, and special-shaped steel wire super beam tube optical cable.
During the Ninth Five-Year Plan period, the National 863 Plan, the former Ministry of Railways, the major projects of the National Natural Science Foundation, and the rapid response projects of the National Natural Science Foundation, etc., a number of national key scientific and technological projects were built and presided over, which won national and provincial awards 1 1 and created benefits of hundreds of millions of yuan.
1978 presided over the project "symmetrical cables with internal shielding" and won the prize of China National Science Conference.
1986 presided over the project "Study on the Influence of Electrified Railway Ground Potential", and won the third prize of the former People's Republic of China (PRC) and the Science and Technology Progress Award of the Ministry of Railways.
1988 "Dynamic Single Longitudinal Mode Laser" won the first prize of the former People's Republic of China (PRC) and the Ministry of Posts and Telecommunications for scientific and technological progress.
199 1 The project of "new communication optical cable with bundle tube" won the first prize of Beijing Science and Technology Progress Award.
1993 "super-bundle optical cable" project won the second prize of Beijing Science and Technology Progress Award.
1994 "Vientiane digital timely image transmission optical fiber" project won the third prize of Beijing Science and Technology Progress Award.
1997 "cellular bundle optical cable" project won the third prize of the former People's Republic of China (PRC) and the scientific and technological progress award of the Ministry of Railways.
The project "Development of New Polarization-maintaining Single-mode Fiber and Image Transmission Fiber Bundle" passed the appraisal of People's Republic of China (PRC) and Ministry of Railways.
The project of "Directly Buried Integrated Single-mode Optical Cable" passed the appraisal in Beijing.
The project "Study on the Protection Methods of Unshielded Cables from Electrochemical Interference" was appraised by the former People's Republic of China (PRC) and the Ministry of Railways.
"OPGW" project has passed the appraisal of the former State Planning Commission and Beijing Municipality.
"Non-metallic optical cable" project has passed the appraisal of the former State Planning Commission and Beijing Municipality.
"Trial-production of leaky waveguide integrated optical cable" was commissioned by the former China State Planning Commission and appraised by the former People's Republic of China (PRC) and the Ministry of Railways.
The project of "New Gain Flattened Optical Fiber Device" passed the acceptance of the National 863 Program.
The project "Dispersion Adjustment Technology Supporting G652 Optical Fiber 10Gb/s Signal Transmission" passed the acceptance of the National 863 Plan.
The project "Research on Key Technologies of OTDM Optical Soliton Communication" passed the acceptance of the National 863 Plan.
Up to March 2006, Jane has published more than 200 papers in domestic and foreign magazines, including 65,438+00 papers in SCI and 47 papers in EI. She has written three books (principles of communication lines, small coaxial communication cables, encyclopedia of China posts and telecommunications (compiled by optical fiber communication fascicle of telecommunication volume)) and won two national invention patents.
1985 won the first prize of excellent thesis of former China people and Ministry of Railways.
personnel training
As of March 2006, Jianjian has trained 3 post-doctors, 5 doctors/kloc-0 and 43 masters. At present, there are 2 post-doctors, 5 doctors and 4 masters.
Jane has been teaching in Beijing Jiaotong University for more than 50 years and has worked hard to train railway scientific and technological talents. His teaching workload exceeds the regulations of China State Education Commission every year, and there is more than that. During the five years from 1985 to 1990, his teaching workload reached 16059 class hours. According to the regulations of China's State Education Commission, if teachers who are fully engaged in teaching work are counted as 1400 class hours every year, it is equivalent to 1 1.5 years' workload.
The "Industry-University-Research Innovative Top-notch Talents Pilot Class Base" was established, and young students were selected from junior undergraduates to enter the pilot class base. On the one hand, these students receive basic theoretical education, and at the same time, they also work in the academician's laboratory, and engage in scientific research work around the masters. They are taught that they need to be ambitious, indifferent to fame and fortune, willing to be lonely, and sharpen their swords for ten years, and they are tempered in overcoming scientific difficulties.
65438-0989, Jian presided over the project "Pursuing Three Highs" and won the Beijing Excellent Teaching Achievement Award.
Honor recognition
1982, attended the national congress of advanced railway workers and advanced collectives as the representative of China railway advanced collectives.
1984 was awarded as a model worker in Beijing.
1985 was rated as an excellent national railway teacher.
1986 was awarded the title of outstanding scientific and technological expert in China.
1990 was awarded the "May 1st" Labor Medal in China, and was awarded the national excellent educator in the same year.
199 1 was awarded as an outstanding railway intellectual in China.
1992, won the first Mao Yisheng Railway Science and Technology Award.
1995 won the national outstanding railway science and technology workers.
200 1 won the special prize of Zhan Tianyou Railway Science and Technology Award.
1995 10 was elected as an academician of China Academy of Sciences in June.
social service
Jane was the head of the evaluation group of optics and optoelectronics of the National Natural Science Foundation of China; Member of the Evaluation Committee of Information Department of China National Natural Science Award; Head of the Communication and Information Technology Advisory Group of Beijing Municipal Government; Director of Beijing Foreign Science and Technology Exchange Association.
He is currently a senior consultant invited by the State Administration of Press, Publication, Radio, Film and Television of China; Science and technology consultant of Jiangxi provincial government; Executive director of China Railway Society; Vice Chairman of Academic Committee of China Railway Society; Vice Chairman of Beijing Communication and Information Association; Director of Beijing Communication Society; Chairman of Optical Communication Professional Committee of Beijing Communication Society.
Jane is also a consultant professor of Southwest Jiaotong University, Chongqing University and Beijing Broadcasting Institute, and the chief scientist of Nanchang University.
Role life
I think there are three necessities for human survival. The first is air, the second is water, and the third is energy. It is hard for us to imagine how big cities and tall buildings we are building now. Can we imagine no energy? This is a dead city. If there is no energy, can our missile go out? Can our tanks start? Can our plane take off? Therefore, in the great historical task of this green energy revolution, the workers of optoelectronic devices also have a great historical mission, which requires the manufacture of the most extremely cheap solar cells.
Personality assessment
For decades, Jian has made systematic and creative achievements and great contributions in the field of electromagnetic compatibility, and has become an authoritative expert in this field. (Window of China University)