![李俊慶[哈爾濱工業大學物理系教授]](/img/9/b9e/nBnauM3X4cjMxQDN4AjM1kTO0UTMyITNykTO0EDMwAjMwUzLwIzLyIzLt92YucmbvRWdo5Cd0FmL0E2LvoDc0RHa.jpg "李俊慶[哈爾濱工業大學物理系教授]")
教育經歷
•1981~1985，南開大學物理光學專業學士；
•1988~1991，哈爾濱工業大學物理光學專碩士；
•1995~1999，哈爾濱工業大學物理光學專業博士。
•1997~1998，俄羅斯Moscow State University, 物理系及國際雷射中心訪修；
•2006~2007，德國Stuttgart University, 電及光通信研究所高級訪修。
研究方向
光通信、光感測及光網路器件原理及系統套用；
光子學器件原理及套用；
非線性光學原理及其套用。俄羅斯國立莫斯科大學物理系及國際雷射中心訪修，
德國斯圖加特大學電及光通信研究所高級訪修。
近年發表學術文章近五十篇，代表作有：
1 基於螺旋單電子模型的手性分子的三階非線性極化率（李俊慶, 辛 麗, 張學如, 劉樹田, 李淳飛。光子學報, 27(10):901,1998.10,EI)
2 非導電型各向同性手性介質中非線性旋光的巨觀理論（李俊慶, 李淳飛, 辛 麗, 劉樹田, 塔. 米. 伊麗依諾娃, 尼. 伊. 科羅迪耶夫。物理學報, 48(6):1052,1999.06,SCI）
3 手性介質的光學物理性質及其研究進展（辛 麗, 李俊慶, 李淳飛。物 理, 29(4):216,2000.04,核心）
4 手性介質中的自誘導非線性旋光（作者：李俊慶, 李淳飛, 辛 麗, 劉樹田, 塔. 米. 伊麗依諾娃, 尼. 伊. 科羅迪耶夫。光學學報, 20(6):762,2000.06,EI）
5 用Z-掃描研究手性介質非線性圓雙折射（李俊慶, 辛 麗, 劉樹田, 李淳飛, 高連勛, 鄭立新。中國雷射, A27(7):606,2000.07,EI）
6 基於耦合雙振子模型的手性分子的超極化率（鄭仰東, 李俊慶, 辛 麗, 李淳飛。光子學報, 29(12):1083,2000.12,EI）
7 Relationship between Intensity of Surface Second Harmonic Generation and Molecular Struture in Helix Molecular Films（XIN Li, LI Jun-Qing, LI Chun-Fei, ZHENG Yang-Dong. Chinese Physics, 9(12):910,2000.12,SCI）
8 橢偏特性對強光誘導非線性旋光的影響分析（辛 麗, 李俊慶, 張學如, 李淳飛。光子學報，30(1): 35,2001.01,EI）
9 Surface Second-harmonic Generation-CD in Helix Molecular Films （XIN Li, LI Jun-Qing, LI Chun-Fei, ZHENG Yang-Dong. Chinese Physics Letters, 18(3):382,2001.03,SCI）
10 手性介質中園偏振光誘導非線性旋光的表征（辛 麗, 李俊慶, 張學如, 李淳飛。光學學報, 21(5): 538, 2001.05,EI）
11 手性薄膜表面二次諧波圓二向色性的研究（辛 麗, 李淳飛, 李俊慶, 鄭仰東。光學學報, 21(9):1056,2001.09,EI）
12 手性分子的微觀參量對和頻過程的影響（鄭仰東, 李俊慶, 李淳飛。物理學報, 51(6):1239,2002.b 06,SCI）
13 Influence of Light Polarization States on the Sum-frequency Generation in a Chiral Molecular Medium with Two-coupled-oscillator Model（ZHENG Yang-Dong, LI Jun-Qing, LI Chun-Fei. Chinese Physics Letters, 19(6):791,2002.06,SCI）
14 採用PZT動態調製的光纖光柵應變力測量技術（勵強華, 李淳飛, 李俊慶, 劉炳勝。光學技術, 28(6):488,2002.06,EI）
15 Fiber-grating Sensor Using Dynamic PZT Modulation（Qianghua Li, Chunfei Li, Junqing Li, Bingsheng Liu. Optics Communications, 211(129–133):129,2002.10,SCI）
16 A Hybrid Optical Bistable Device Based on a Fibre Bragg Grating (LI Jun-Qing, CHEN Qiang, LI Qiang-Hua, LI Chun-Fei. Chinese Physics Letters, 19(12):1815,2002.12,SCI)
17 雙振子模型手性分子介質的二次諧波理論（鄭仰東, 李俊慶, 李淳飛。物理學報, 52(2):372,2003.02,SCI）
18 套用平衡雙光纖光柵動態解調技術測量應力的研究（勵強華, 李俊慶, 李淳飛。光學學報, 23(10):1196,2003.10,EI）
19 Finesse Controllable Active Ring-resonator-coupled M-Z Interferometer Optical Switches(Chunfei Li, Alireza Bananej, Junqing Li, and Guangming Xu. J. Nonlinear Optical Physics & Materials, 13(1):37,2004.01,SCI)
20 Self-induced Optical Rotation of Solitons in a Chiral Fibre (LI Jun-Qing, LI She, WANG Xiao-Ou, ZHENG Yang-Dong, LI Chun-Fei. Chinese Physics Letters, 21(4):675,2004.04,SCI)
21 An All-optical Switch of Mach-Zehnder Interferometer Type Using an Active Fiber Ring Resonator (LI Jun-Qing, Alireza Bananej, LI Qiang-Hua, CHEN Qiang, LI Chun-Fei. Chinese Physics, 13(7):1046,2004.07,SCI）
22 手性分子介質非線性光學研究新進展（王曉鷗, 李俊慶, 鄭仰東, 辛 麗, 李淳飛。物 理, 33(8):574,2004.08,核心）
23 A Novel All-optical Switch in a Double-loop Sagnac Ring Coupled with a Nonlinear Ring Resonator (LI Jun-Qing, LI Li, ZHAO Jia-Qun, LI Chun-Fei. Chinese Physics Letters, 21(11):2205,2004.11,SCI)
24 Optical Bistability by Using a Tunable Fibre Laser with Fibre Fabry-Perot (LU Guo-Hui, YE Hong-An, LI Jun-Qing, SUN Xiu-Dong, and ZHANG Xin-Ming. Chinese Physics Letters, 21(11):2201,2004.11,SCI)
25 Hyperpolarizabilities of Chiral Molecules Based on Three-coupled-oscillator Model (WANG Xiao-Ou, LI Jun-Qing, LI Chun-Fei. Chinese Physics Letters, 21(12):2433,2004.12,SCI)
26 Optical Bistability in Tunable Fiber Laser Using Fiber Mach-Zehnder Interferometer (Guohui Lu, Hongan Ye, Junqing Li, Xiudong Sun, Xinming Zhang, and Cheng Li. Chinese Optics Letters, 3(1):18,2005.01,EI/SCI)
27 Hybrid Optical Spectral Bistability in Fiber Michelson Interferometer by Use of a Tunable Fiber Laser (Guohui Lv, Hongan Ye, Junqing Li, Xiudong Sun, and Xinming Zhang. Photonics Technology Letters, IEEE, 17(5):1061,2005.05,SCI/EI)
28 Three-coupled-oscillator Model for Nonlinear Optical Response of Chiral Molecules with Tripod-like Structure (Xiao-Ou Wang, Jun-Qing Li, Chun-Fei Li. Chemical Physics, 320: 37, 2005.08,SCI)
29 Ultrafast, Low Power, and Highly Stable All-optical Switch in MZI with Two-arm-sharing Nonlinear Ring Resonator (Junqing Li, Li Li, Jiaqun Zhao, and Chunfei Li. Optics Communications, 256(319–325):319,2005.10,SCI)
30 All-optical Switch and Limiter Based on Nonlinear Polarization in Mach–Zehnder Interferometer Coupled with a Polarization-maintaining Fiber-ring Resonator (Junqing Li, Li Li, Lei Jin, and Chunfei Li. Optics Communications, 260(318–323):318,2006.01,SCI)
31 Bandgap Separation and Optical Switching in Nonlinear Chiral Photonic Crystal with Layered Structure (Junqing Li, Lei Jin, Li Li, and Chunfei Li. Photonics Technology Letters, IEEE, 18(11):1261,2006.06,SCI/EI)
32 Surface Second Harmonic Generation of Chiral Molecules Using Three-coupled-oscillator Model (WANG Xiao-Ou, LI Chun-Fei, LI Jun-Qing. Chinese Physics. 15(11):2623,2006.11,SCI)
33 All-optical Switch with Low Threshold over a Wide Wavelength Range by Use of a Mach–Zehnder Racetrack Resonator (Li Li, Junqing Li, Xinlu Zhang and Lixue Chen. Journal of Optics A: Pure and Applied Optics, 9:848,2007.09,SCI)
34 Improving Sideband of Chiral Photonic Crystal Based on PSTD Approach (Lei Jin, Junqing Li, Hongming Li, Quanfen Lin, Chunfei Li. Optics Communications, 279(1):43,2007.11,SCI)
