● Oct. 1988 - Sept. 1993　Department of Radio Physics, Kiev State University, Kiev, Ukraine, Ph.D. of physics-mathematical science in laser spectroscopy.

● Sept.1987 - Sept.1988　Beijing Langrage University, training course of Russian for exchange students.

● Sept.1980 - July 1984　Department of Phsics, Nankai University, Tian-Jin, China, Bachelor of physics in modern Optics (laser physics and laser Spectroscopy).

● May.1999 - Now　Department of Engineering Physics, Tsinghua     University, Beijing, China, Teacher, associate professor.

● Apr.1997 - Apr.1999　Department of Engineering Physics, Tsinghua University, Beijing, China, Post Doctoral Researcher.

● Aug.1984 - Sept.1987　Research Institute of Physical Chemical Engineering Tian Jin, China, Assistant Researcher.

● Courses Taught

　★The applications of laser techniques (optional course, for undergraduate students 40)

　★Laser applications in nuclear science and technology ( optional course for graduate students 5)

　★Isotope separation (the part of laser isotope separation, for undergraduate students 40)

● Recent Graduate Training Experience (Last 5 Years)

　★Now there are 3 graduate students under my supervision working in the field of laser isotope separation. One Ph. D student (Dingrong Qu), two M.S students (Xing Wei, Kehong Tang).

　★Weixiao Zhang, July, 2006, Master, Experimental simulation of the ion extraction process in AVLIS.

　★Zongliang Cao July, 2006，Master, Experimental study on the decay and diffusion processes in the pulsed laser induced plasma.

　★Shaofeng Fan. July, 2007. Master, The experiment study on the working life time of laser dyes in the case of high power pumping.

　★Weimin Mao. July, 2008. Master, A study on the isotope separation process based on the photo-chemical reaction in atomic vapor.

　★Zengyun Song, July, 2008，Master, A study on the optical stability of laser dyes.

Laser Spectroscopy and Laser Isotope Separation.

● he time evolution model of the ion extraction process in AVLIS (2009)

● The matching optimization of the exciting laser line width with the absorption line width of atoms(2009)

● The time evolutional process of the plasma generation in a AVLIS installation (2009)

● A study on the economy features of AVLIS in terms of equivalent separation power (2008)

● An analysis on the separation selectivity of AVLIS under the optimization of laser power balance (2008)

● An experimental study on the effect of quencher agent of triplet on the fluorescent properties of laser dye (2008)

● R&D work of photo-chemical isotope separation setup based on atomic excitation(2008)

● A theoretical study on laser chemical isotope separation process (20008)

● A study on the optimization of laser power balance in the case of AVLIS under the consideration of the economy of laser energy and vaporized atoms (2007)

● An experimental study on the effect of temperature of dye solutions on the fluorescent efficiency and spectra (2007)

● A study on the effect of anti-aggregation agents on the fluorescent properties and working resources of dyes and their experimental tests and measurements (2007)

● An experiment study on the fluorescent properties of mixed dyes (2007)

● Influence of Temperature on the Fluorescent Characteristic of Dye Laser Materials Pumped by High-power Laser[J].  Laser & Infrared，2007，37（7）.

● A study on laser power balance in a multi-step ionization process of atoms[J](in chinese) Journal of Atomic and Molecular Physics,2008, Vol.25, No.1, p69-71.

● Separation capability and optimization of working state for a laser isotope separation facility[J](in Chinese),Journal of Tsinghua University(Science and Technology), 2008, Vol.48, No.8, p1260-1263.

● On the problems of separation work unit for the laser isotope separation, The proceedings of The 10th International Workshop on Separation Phenomena in Liquids and Gases，2008.08，Brazil.

● Effect of Laser Power Density on Lasing Lifetime of Low Concentration Rhodamine 6G，Chinese Journal of Lasers, 2008.12.

§ The third prize of science and technology progress of Ministry of Nuclear Industry.