Cai Zuquan (Professor)
In the early 1960s, an electric light source research team led by Professor Cai launched a series of research on new light sources to make China's first high-pressure mercury lamp. By 1965, more than ten types of illumination sources and instrument light sources such as iodine-tungsten lamps, long-arc xenon lamps, ultra-high pressure spherical xenon lamps, ultra-high pressure mercury lamps, hollow cathode lamps, hydrogen arc lamps, and isotope cesium (86) lamps have been successfully developed. , greatly shortening the gap between the research level of electric light source in China and the international. All kinds of novel and energy-saving light sources developed by him have won national and provincial-level creative invention awards and scientific and technological progress awards.
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Chen Dahua (Professor)
He has been responsible for participating in multi-scientific research projects, passing provincial and ministerial level appraisals and awards, such as “CFL development with gallium glass†(tortor program implementation), “film projection lamp†(Ministry of Culture Award), “pulse xenon lamp in high-speed photography†Application" (National Science and Technology Commission second prize), electronic ballast tester (Shanghai Science and Technology Progress Third Prize and Shanghai Invention Association Second Prize).
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Wu Zuyu (Academician)
Graduated from Shanghai Jiaotong University in 1937. In 1946, he obtained a master's degree from the University of Michigan. He used to be the chief engineer of Nanjing 741 Factory, Chengdu 773 Factory and Xianyang 4400 Factory. He presided over the trial production of China's first fluorescent lamp product and put it into production. In May 1995, the US SIG specially granted him the “Special Recognition Awardâ€. In June 1996, he was awarded the first Engineering Technology Award of the Chinese Academy of Engineering. He is the editor of the fluorescent lamp manufacturing base and edited the electron beam tube series and papers. In 1995, he was elected as an academician of the Chinese Academy of Engineering.
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Zhan Qingxuan (Professor doctoral tutor at Tsinghua University School of Architecture;
Director, Institute of Light Environment Design, Tsinghua Urban Planning and Design Institute, Beijing)
He has been engaged in the teaching, research and design of architectural light environment in Tsinghua for more than 40 years, focusing on the evaluation of light environment quality, lighting application technology and design methods, lighting energy conservation, aesthetics and physical laws of urban and architectural environment lighting, etc. In the journals and academic conferences, more than 40 papers such as "Light Architecture? City" were published, which is one of the pioneers in the field of architectural light environment research in China.
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Liu Muqing (Professor)
After graduating from the Department of Optics of Zhejiang University in July 1988, he entered Fudan University for teaching and research. He has taught courses in electronic technology, single-chip microcomputer, electric light source measurement, and research work on electric light source testing and test instrument development. The electronic ballast tester completed in the past won the third prize of Shanghai Science and Technology Progress Award in 1997 and the second prize of 97 Excellent Invention Selection Competition in Shanghai, and designed the light source color test instrument for the enterprise. From 1998 to 1999, he went to the Konstanz University in Germany for one year of physics and achieved excellent results.
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Li Tongbao (Academician)
He is currently a researcher at Tongji University and a vice chairman of the China Society for Metrology and Testing. The main research direction is optical radiation measurement. Academician Li Tongbao's main research results are: 2000K-2854K color temperature clinical work standard, high illumination standard and precision digital illuminance meter, maximum spectral light efficiency (Km value) experimental measurement, 500K - 1000K full irradiation standard, using silicon photodiode Calibration technology enables absolute measurement of spectral radiation from 400 to 900 nm. Academician Li Tongbao mainly guides the measurement of optical radiation, strives to establish an international joint laboratory, and strives to establish a photoelectric detection center in Shanghai to guide the development and development of new light sources for LED (semiconductor light-emitting diode).
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Zhu Shaolong (Professor)
The main research direction is gas discharge plasma and its application, especially the research and development and application of plasma light source. He has presided over the vacuum ultraviolet light source and photoionization research (City Science and Technology Commission project), low-pressure Ar-Hg discharge generality study (City Higher Education Bureau project), cesium ion source characteristics research (Engineering Physics Research Institute Extra-funding Fund), T8 fluorescent lamp Research projects such as the Stripe Discharge Study (Philips Lighting Company Project). He has won two awards at the national or provincial (ministerial) level and two awards for outstanding papers.
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H.-J. Schmidt-Clausen (sir)
During his time at Philips, he directed the students of the Eindhoven Technical University to graduate design on directional lights, physiological and psychological glare, tolerances for incandescent lamps, and calculation of reflective surfaces. A set of formulas describing the effects of physiological and psychological glare on automotive lighting has been established. 1971-1981 Fundamental research in lighting technology at Hella in Lippstadt, Germany, such as high brake lights, headlamp cleaning systems, daytime running lights, headlamp calibration systems, highway low beam, fog lights, intermediate vision/adaptation Dynamic glare, product consistency, and driver behavior. A set of formulas describing the cut-off position was established during the period and was widely used in various regulations and guidance.
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Liu Kefu (Associate Professor)
In 2006, he was transferred to the Institute of Electric Light Sources of Fudan University for teaching and research. He is a professor and doctoral supervisor. In recent years, he has undertaken a number of national-level scientific research projects and participated in the design and development of large-scale pulse power supply for the Shenuang III energy module of the national major project. He is responsible for the development of strong magnetic field pulse power supply and research on national defense science and technology projects.
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Sun Yaojie (Associate Professor)
In 2004, he was transferred to the Department of Light Source and Lighting Engineering of Fudan University for teaching and research. His main research interests are photoelectric system and control technology, and power electronics technology. In recent years, he has undertaken a number of scientific research tasks, including office, stadium lighting control systems, HID electronic ballasts, power electronics integration technology for LED drivers, and solar grid-connected power generation controllers.
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