中国科学技术大学理学院博士生导师明海简介
明海，教授（博导）。 1947年2月生于江苏。1970年毕业于中国科技大学物理系。曾到日本东京大学，国际理论物理中心和美国等处进修和学术访问。 现任物理系主任，中国科技大学光子技术研究所所长，光电子科学与技术重点实验室主任，中国光学学会理事，"光电子工程"，“光电子·激光”，"量子电子学报" 等刊物编委。全国光电专业委员会副主任。承担过第三世界科学基金, 863,973，国家科委，基金委和科学院创新工程等项目，获多项省部级一，二等科研成果奖， 光华科技基金个人一项，授权和受理的专利10余项。出版专著3本， 在国内外重要学术刊物发表论文150余篇。研究方向：光电子技术，光纤非线性光学，聚合物光子学和近场光学。
近两年发表的文章：
1. properties of polarized laser-induced briefringent gratings in azobenzene-doped poly(methyl methecrylate) optical fibers; optics communications, 204(2002)137-143
2. fractal clusters in eu doped polymer fiber studied by scanning near-field optical microscopy, optics communications, vol. 208, 2002, p97-101
3. using spectra analysis and scanning near-field optical microscopy to study eu doped polymer fiber，optics communications,vol.208,2002,p111-115.
4. increase the storage density of solid immersion lens system by high-pass angular spectrum filter method, optics communication, 203(2002) 87
5. properties of raman spectrum and laser induced birefringence in polymer optical fiber, j.opt.a 4(2002 )237
6. nolinear optical and optical-limit properties of azobenzene polymer; optical communication; 203(2002): 159-162
7. increase the storage density of solid immersion lens system by high-pass angular spectrum filter method, optics communication, 203(2002)：87
8. angular multiplexing storage in azo-polymer liquid crystal films using shearing interferometer of double-frequency grating,chinese journal of lasers, b11（2 ）：121
9. the structures and characteristics of doped fiber and waveguide devices studied by near-field optical method, second joint symposium on opto-and microelectronic devices and circuits,march 10-16,2002
10. simulation of super resolution near-field structure (super-rens) using finite differential time domain (fdtd) method, proceeding of spie, 2002, vol.4930, 503-507
11. numerical analysis of micro-aperture laser for near-field optical data storage, proceeding of spie, 2002, vol.4930,169-174
12. the write strategy investigation of multi-level optical storage in azobenzene liquid crystal polymer film, proceeding of spie,vol.4930 。44,page105
13. experimental study of single frequency yb-doped fiber amplifier, chinese journal of lasers ,vol.a29, no.9 september,2002 0258-7025(2002)09-0777-03
14. near-field scanning optical spectroscopy: localized fluorescence spectra of cluster in nd3+ doped polymer optical fiber, chin.phy.lett. vol.19,no.9(2002) 1369
15. a novel conventional/long-band erbium-doped fiber amplified spontaneous emission source with 80 nm bandwidth, chin.phys.lett, vol.19,no.9(2002) 1307
16. analysis of trapping force and torque for fiber-optical trap by the finite-differential time-domain(fdtd) method, chinese journal of laser, vol.b11, no.3
17. optical-transition probabilities of nd3+ ions in polymer optical fibers, optics communications, 199(2001) 369-373
18. an approach for optical switching property and mechanics of agox thin films, chinese journal of laser, vol.a29, no.5 may, 2002
19. multi-photon-absorption-induced birefringent grating in azobenzene-doped polymethyl methacrylate optical fibers, journal of optics a, pure appl. opt.4(2002)l5-l7
20. investigation on the mechanism of agox film super resolution near-field structure, optics, optik 113,no.7(2002) 322-324
21. stimulated raman spectrum threshold in poly(methyl methacrylate) optical fibers, optics communications 199(2001) 89-93
22. the size effect in the agox-type super-resolution near-field structure, optics communications 212(2002) 7-10
23. one-stage erbium ase source with 80 nm bandwidth and low ripples, electronics letters, 15th august 2002 vol.38 no. 17
24. optical property of fractal clusters in nd3+-doped polymer optical fiber; journal of material science letter , vol.20(2001)521-523.
25. laser amplification mechanism in the nd3+-doped polymer opticalfiber;chin.phys.lett vol.18 no.10 (2001)1337
办公电话： 0551-3603504(o)
email: minghai@ustc.edu.cn
通讯地址：安徽合肥中国科学技术大学物理系
邮政编码：230026
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