English

石志东 研究员|博导

办公室:

tyc1286太阳集团宝山东校区翔英楼(14号楼)T517

通信地址(邮政编码):

上海市上大路9983信箱(200444

电话:

021-66138190

电子邮件:

zdshi@shu.edu.cn

个人主页:

/Prof/shizd.htm

 

学术经历

一九六四年十二月生于安徽, 一九八○年至一九八四年在北京大学物理系学习, 一九九四年在中国科学院等离子体物理研究所获工学硕士学位, 九九年在中国科技大学获理学博士学位。九九年至二○一二年,在tyc1286太阳集团光纤研究所从事特种光纤的研究工作,二○一二年至二○一九年,任上海市电子物理研究所书记兼常务副所长,二○二○年至今,任上海市电子物理研究所和tyc1286太阳集团光纤研究所负责人。研究领域涉及特种光纤理论及传感应用、偏振光学和光电信息处理等方面,负责或参加国家自然科学基金及上海市科研项目近二十项, 在核心刊物上发表论文六十多篇。中国光学学会高级会员, 中国物理快报特约评审, 国际光学工程学会会员。

 

科研项目

◎ 国家自然科学基金项目:具有高双折射率的光子晶体光纤的保偏特性研究(2002-2004),项目负责人

◎ 国家自然科学基金项目:多维形变双折射多孔光纤偏振传输特性研究(2008-2010),项目负责人

◎ 国家自然科学基金项目:光纤波片的宽带特性和抗温度微扰特性的实验研究(2000-2002),主要参加者

◎ 国家自然科学基金项目:复合材料缺陷的压电-光纤混合传感器兰姆波检测方法研究(2011-2013),主要参加者

◎ 国家自然科学基金项目:磁光光子晶体慢光干涉型光纤磁场/电流传感器研究(2012-2014),主要参加者

◎ 国家自然科学基金项目:超声兰姆波与复合材料脱层缺陷相互作用研究(2015-2018),主要参加者

◎ 国家自然科学基金项目:超声兰姆波逆散射拓扑成像方法研究(2017-2020),主要参加者

◎ 上海市科委重点项目:宽带波片光纤的制造技术及应用(2002-2004), 主要参加者

◎ 上海市科委应用技术开发项目: 安全防范-嵌入式数字图象码流天线传输系统(2005-2006), 主要参加者

◎ 上海市科委应用技术开发项目: 嵌入式综合媒体数字控制系统(2005-2008), 主要参加者

◎ 上海市教委重点学科建设基金项目: 宽带光纤波片和集成光纤光路技术及其在通信与传感系统中的应用(2001-2003), 主要参加者

◎ 上海市教委重点学科建设开放基金项目:D形光纤及光纤光栅的研究与应用(2007-2008), 主要参加者

◎ 上海市教委发展基金项目: 特种光纤的偏振特性的长波长测试系统(1998-2000),项目负责人

◎ 上海市教委青年基金项目: 偏振无关宽带抽头耦合器的研制(2002-2004),主要参加者

◎ 上海市教委发展基金项目: 光子晶体光纤的扰动特性实验研究(2005-2007),主要参加者

◎ 上海市教委青年基金项目: BGO电光晶体在光学电压互感器应用中的研究(2006-2008),主要参加者

上海市教委创新基金项目: TE模作为基模传输的微结构光子晶体光纤研究2008-2011),主要参加者

  

发表论文

Zhi-dong Shi, Experimental observation of spectral transmittance of highly birefringent fibre with high spin rate, Optics Communications, 1999, 171(1-3): 61-64

SHI Zhi-Dong, JI Min-Ning and Bao Huan-Huan, Polarization State Evolution in Fiber Polarization Controller Influenced by Phase Difference, Chinese Physics Letters, 2007, 24(7): 1967~1970

Lin, Jian-Qiang, Shi, Zhi-Dong*, Li, Ming-Jia, Chen, Hua Structural design for birefringent holey fiber with a beat length insensitive to

wavelength, Applied Optics200948(25): F55-F60  ( * Corresponding author)

SHI Zhi-dong, LI Zhong-yuan, CHEN Yao, Disruption of Charged Dust Grains in Cometary Plasma EnvironmentsChinese Physics Letters, 1998, 15(2): 155-156

Zhidong ShiShengnan BiMinning JiLihui WangPerformance analysis for all-fiber polarization transformer with specific spun rate profileOptics Communications, June 2017, 392: 20-24

Wang LihuiShi Zhidong*Tang SisiAnalysis on stability of polarization- transforming performance of fiber wave plateOptik International Journal for Light & Electron Optics, 2018, 157:1249-1258

Zhidong Shi, Sisi Tang, Haiyan ZhangOptimal design of fiber wave plate with a complex-tangent spun rate profileOptik International Journal for Light & Electron Optics, 2019, 179: 883-888

Shi Zhi-Dong, Li Ming-Jia, Yin Jun, Lin Jian-Qiang, Optimal cladding structure of holey fiber designed for broadband fiber-optic wave plateProc. of 20th International Conference on Optical Fibre Sensors,  5~9 October 2009 Edinburgh, Scotland7503:75037I

SHI Zhi-Dong, LIN Jian-Qiang, BAO Huan-Huan , et al. Improved cutback method measuring beat-length for high-birefringence optical fiber by fitting data of photoelectric signal, Proc. of SPIE, 2007, Vol. 6622, 662216

Zhi-Dong Shi, Min-Ning Ji, Jian-Qiang Lin, et al. All fiber polarization controller of holey birefringence fiberProc. of SPIE, 2007, Vol. 6781, 67814L

Zhi-Dong Shi, Min-Ning Ji, Jian-Qiang Lin, et al. Theoretic analysis of mode-couple equation in all-fiber polarization controllerProc. of SPIE, 2007, Vol. 6781, 67814J

Huan-Huan Bao, Zhi-Dong Shi*, Jian-Qiang Lin, et al. Sensitivity of magneto-optic method for measuring beat-length of high birefringence optical fiberProc. of SPIE, 2007, Vol. 6723, 672340

Minning Ji, Zhidong Shi and Jianqiang LinObservation and Explanation of Bending Characteristics in Solid Core Photonic Crystal FibersMicrowave and Optical Technology Letters, 2008, 50(5): 1178~1180

Minning Ji, Zhidong Shi, and Qiang GuoMode characteristics of hollow core Bragg fiberChinese Optics Letters, 2005,3(3): 132~135

李铭佳, 石志东*, 殷俊,林建强, 陈华,双折射拍长对波长不敏感的多孔光纤结构设计, 光学学报, 201030(3): 665-670

李铭佳,石志东*,林建强,葛泉,矩形晶格双折射多孔光纤宽带稳定拍长的优化设计,光学学报, 201030(7): 1950-1954

★ 石志东, 李中元, 王旭宇, 彗星环境中尘埃等离子体的电荷涨落和静电波动, 空间科学学报, 1997, 17(3): 206-211

石志东, 李中元, 空间尘埃等离子体中尘粒电荷的相关涨落对尘埃磁声波的影响, 空间科学学报, 1997, 17(4): 303-308

林建强, 石志东*, 李铭佳, 一种双折射拍长对波长不敏感的多孔光纤,2012.05发明专利CN 101702043 B

石志东*, 王力辉,唐思思,一种具有优化转速变化因子的旋光纤四分之一波片,2017.02发明专利201710077784.1

 

 

 

 

 

 

 

 

中 文

Shi Zhi-dong, Ph.D, Professor

Office

Room T517, Building 14, East Campus, Shanghai University, No. 333, Nanchen Road, Shanghai, P. R. China

Mail Address(Zip Code)

Box 83, 99 Shangda Road, Shanghai University, Shanghai (200444)

Phone

86-21-66138190

Email

zdshi@shu.edu.cn

URL

/Prof/shizd.htm

Biography:

Shi Zhi-dong  received B.S. degree from Peking University in 1984, M.E. degree from Institute of Plasma Physics, Chinese Academy of Sciences, in 1994, and Ph. D. degree from University of Science and Technology of China in 1997. He is currently a professor with School of Communication and Information Engineering in Shanghai University since 1997. His Major research interests are Optical Fiber Sensors, Optical Communications and Optoelectronics Devices. More than 80 technical research papers have been published in journals and conferences.

Research Directions: 

Specialty Fiber Optics, Optical Fiber Sensors,

Applied Optoelectronics, Ultrasonic Testing.

Courses

Fundamental Electric and Electronic Circuits,

Signal and System, Applied Optoelectronics.

Funding/Projects:

Research on bandwidth and temperature disturbance of fiber-optic wave plate, National Natural Science Foundation of China (69972026),  2000.01~2002.12 

Fabricatin and study on photonic crystal fiber with highly birefringence, National Natural Science Foundation of China (60177026),  2002.01~2004.12 

Polarization transforming characteristics of birefringence holey fiber with variable twisting rates,  National Natural Science Foundation of China (60777031),  2008.01~ 2010.12

Study on fiber sensor of current or magnetic field based on magnet-optical crystal fiber by interference of slow light-wave,  National Natural Science Foundation of China (61107075),  2012.01~2014.12

Topological imaging of Ultrasonic Lamb wave inverse scattering,  National Natural Science Foundation of China (11674214), 2017.01~2020.12

Selected Publications:

Zhi-dong Shi, Experimental observation of spectral transmittance of highly birefringent fibre with high spin rate, Optics Communications, 1999, 171(1-3): 61-64

Shi Zhi-dong, Ji Min-ning and Bao Huan-huan, Polarization State Evolution in Fiber Polarization Controller Influenced by Phase Difference, Chinese Physics Letters, 2007, 24(7): 1967~1970

Lin, Jian-qiang, Shi, Zhi-dong*, Li, Ming-jia, Chen, hua Structural design for birefringent holey fiber with a beat length insensitive to wavelength, Applied Optics200948(25): F55-F60  ( * Corresponding author)

Shi Zhi-dong, Li Zhong-yuan, Chen Yao, Disruption of Charged Dust Grains in Cometary Plasma EnvironmentsChinese Physics Letters, 1998, 15(2): 155-156

Zhidong ShiShengnan BiMinning JiLihui Wang Performance analysis for all-fiber polarization transformer with specific spun rate profileOptics Communications, June 2017, 392: 20-24

Wang LihuiShi Zhidong*Tang SisiAnalysis on stability of polarization- transforming performance of fiber wave plateOptik International Journal for Light & Electron Optics, 2018, 157:1249-1258

Zhidong Shi, Sisi Tang, Haiyan ZhangOptimal design of fiber wave plate with a complex-tangent spun rate profile Optik International Journal for Light & Electron Optics, 2019, 179: 883-888

Shi Zhi-dong, Li Ming-jia, Yin Jun, Lin Jian-qiang, Optimal cladding structure of holey fiber designed for broadband fiber-optic wave plateProc. of 20th International Conference on Optical Fibre Sensors,  5~9 October 2009 Edinburgh, Scotland7503:75037I

Minning Ji, Zhidong Shi and Jianqiang LinObservation and Explanation of Bending Characteristics in Solid Core Photonic Crystal FibersMicrowave and Optical Technology Letters, 2008, 50(5): 1178~1180

Minning Ji, Zhidong Shi, and Qiang GuoMode characteristics of hollow core Bragg fiberChinese Optics Letters, 2005,3(3): 132~135

 

 

 

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