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оԱ

칫ң

ϺѧζУо107-1

ͨŵַ

Ϻмζ·20807

룺

201800

绰

021-69982731(O)

ʼ

zychen@mail.shu.edu.cn

English Version

ҳ

http:/Portals/264/chenzy.htm

 

ѧѧ͹

ΪϺѧͨϢѧԺоԱʿʦϺѧͨϢѧԺоϺֹصʵҸΣ

2007ϺѧϿѧ빤ѧԺѧרҵѧʿѧλ

1999ΪʿѧҸĪشѧо

1982Ϻѧѧϵ뵼רҵѧѧʿѧλ

 

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Ҫֹ˼ӦԴ˴УѧѧԹ˹ѧȷо

 

ѧɾ͡

Ҫֹ˼ӦáԴ˴СѧѧԹ˹ѧȷۺʵоŴˡƶ߹ͨš˲ԡԴԵȷно;ۡμҹһģ˼оĿϺпƼȽμӡģ˼ĿҿƼȽϺпƼһȽ뷢ר30Ȩ1050ƪеҡʡƼҵĿ10 

 

ѧְ

ͨоί

 

Ŀ

ڳеĿĿ

1 ӦڷϸڻSERS׹̽ϵͳо61027015Ȼѧר2011.012013.12ˣ

2 ʽ˱ǿɢ似о60677031Ȼѧ2007.012009.12ˣ

3 ǿɢ׵Ĺ̽з10dz2210900ϺпίصĿ2010.06.012012.05.30ˣ

4 ¶Ȳаģгֹ˴ло60807031Ȼѧ2009.012011.12Ҫˣ,

5 뵼屡Ĥڰ˷Ŵ봫Եо604770322005.012007.12ȻѧҪˣ

6 װ뵼˽ŲŴо20060280001ߵѧУʿѧƵרлĿ2006.012008.12Ҫˣ

7 о2041672004-2005صĿҪˣ

8 ʽȹ˽Ųло03JC14031ϺصĿ2004~2005Ҫˣ

9 ױĤڰŴƣ0352nm019Ϻ׼רĿ2004~2005Ҫˣ

 

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ҵ˶ʿⴺģ½Ľܣʷܣ½࣬գ֣

ڶ˶ʿػΰᣬǿٻٻ

ڶʿ

 

ڷҪģ

1.   Chen Zhenyi. Study of a dynamic-shape-curve function for a fused tapering optical fiber.  Applied Optics, 2006, 45 (27): 6914-6918.

2.   ,͢, 屾. ׶̬״ʵо. Ӽ⣬200516(11)1291-1296

3.   Zhenyi Chen, Jie Shi, Pang Pufei, and Wang Tingyun. Measuring liquid-refractive-index based on a fiber-optic coupler. 2007 The IET International Communication Conference on Wireless Mobile & Sensor Networks Proceedings(CCWMSN07), Dec. 12-14, 2007, pp: 893-896

4.   ˣ࣬͢Ƶ. ģ1250-1650nmƽ̹. ѧѧ200424(5)663-667

5.   Tingyun Wang, Chen Zhenyi, Fufei Pang. Improved silica fiber with enhanced ultraviolet transmission. Chinese Optics Letters, 2006, 4(12): 687-689

6.   ͢ƣ˵ȣ⣬2004, 15 121394-1396

7.   ͢ƣ˵ȣģ˽Ų⣬2003142136-139

8.   Xinghu Fu, Zhenyi Chen, Qiang Guo, Fufei Pang, and Tingyun Wang. Investigation of a shape curve function for a special solid coupled optical taper. Optical Engineering. 2010, 49(6): 065002-065002-7

9.   ˻ˣǿɣ͢. ֱ˶߹ͨ񶯶ԹչʵӰ. ѧѧ, 2009, 29(9): 2368-2373

10.  Hua Bai, Zhenyi Chen, Na Chen, Qiang Guo, Kun Zhang, Fufei Pang, Tingyun Wang. A biconical taper multi-mode fiber SERS sensor. ACP2010

11.  Kun Zhang, Zhenyi Chen, Na Chen, Qiang Guo, Hua Bai, Fufei Pang, Tingyun Wang. Raman scattering enhancement characteristic of Nb-doped silica fiber. ACP2010

12.  Lin Liu, Zhenyi Chen, Tingyun Wang, Fufei Pang, Na Chen, Chenglin Li. Surface-Enhanced Raman Scattering Sensor Based on Fused Biconical Taper Fiber. 2009 Proc. of SPIE-OSA-IEEE Asia Communications and Photonics, SPIE Vol. 7634, 763402(2008)

13.  Jianqing Lu, Zhenyi Chen, Fufei Pang, Tingyun Wang. Synthesis and Characterization of Silver Sols for Fiber-optic Surface-enhancement Raman Scattering. Proc. of SPIE. Vol. 7135, pp: 713549-1-7

14.  Qifan YuZhenyi Chen, Xinghu Fu, Qiang GuoFufei PangTingyun WangA novel receiving system based on optical taper applied to wireless optical communicationAPOC2008, 7136, 7136Z-1(2008)

15.  Jianqing Lu, Zhenyi Chen, Fufei Pang, Tingyun Wang. Theoretical Analysis of Fiber-Optic Evanescent Wave Sensors. 2007 The IET International Communication Conference on Wireless Mobile & Sensor Networks Proceedings(CCWMSN07), Dec. 12-14, 2007, pp: 583-587

16.  Jie Shi, Zhenyi Chen, Yuqing Shen, and Qing Guo. Solution-concentration sensor using a fused fiber-optic coupler. Proceedings of 2007 8th International Conference in Electronic Measurement & Instruments, Aug. 16-18, 2007, Vol. IV, pp: 4-1784-181

17.  Wang Shuwen, Chen Zhenyi. A theoretical Method of microstructured polymer optical fibers with ring structures. 20th Congress of the International Commission for Optics (ICO20), 2006.

18.  ˣ͢. Ĺ˹⿪ص۷. Ӽ⣬200415(7)795-798

 

 

 

 

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Professor Chen Zhenyi, Ph.D

Office

107-1 Institute of Fiber Optics, Jiading Campus, Shanghai University

Mail Address

807 Box, 20 Chengzhong Rd, Shanghai 201800, Peoples Republic of China

Zip Code

201800

Phone

86-21-69982731(O)

Email

zychen@mail.shu.edu.cn

İ

URL

http:/Portals/264/chenzy.htm

 

Education and Professional Experiences:

1994-present, Professor, School of Communication and Information Engineering, Shanghai University

Standing Vice- director of Institute of Fiber Optics

Vice-director, Shanghai Key Lab. of Special Fiber Optics (Shanghai University)

1982-1994, Associate Professor, Institute of Fiber Optics, Shanghai University of Science and Technology

2007, Ph.D, Material Science, School of Material Science and Engineering, Shanghai University

 

Research Interest:

Special fiber optics technology and application

Fiber optic sensors

Fiber optic passive devices

Optical communication

Waveguide optics

Photoelectronics

Nnonlinear fiber optics

 

Academic Accomplishments:

Major research interests are special fiber optics fabrication and application, fiber optic sensors, fiber optic passive devices, optical communication, waveguide optics, photoelectronics, nnonlinear fiber optics and so on. More than 10 projects in UV fibers, amplified fiber, fiber optic SERS sensor, mobile wireless optical communication, fiber optic temperature/solution refractive-index/solution concentration sensor have been finished. More than 50 technical research papers had been published. Besides that, more than 30 patents had been applied for and more than 10 were authorized. Received First/Second/Third Awards for Scientific and Technological Advances from National Science and Technology Ministry and Shanghai Science and Technology Ministry, respectively.

 

Other Professional Activities:

Editor of Optical Communication Research

 

Research Projects:

1.   National Natural Science Foundation of China, SERS nano-fiber-probe sysytem of application for tesing cellular parameters (61027015). 2011.01-2013.12, PI.

2.   National Natural Science Foundation of China, Study of SERS technology based on the coupling optical fiber (60677031). 2007.01-2009.12, PI.

3.   Key project of Shanghai, Investigation for SERS spectrum instrument of optical fiber probes (10dz2210900). 2010.06-2012.05, PI.

4.   National Natural Science Foundation of China, The mechanism of semiconductor film inner-cladding fiber and its transmission characteristics (60477032). 2005.01-2007.12.

5.   National Natural Science Foundation of China, Study of sensing mechanism for temperature-insensitivity cladding-mode-resonance special optical fiber (60807031). 2009.01-2011.12.

6.   Doctoral Special Project of National Education Ministry, Research of evanescent wave optical amplifier for nano-semiconductor-doped fiber (20060280001). 2006.01-2008.12.

7.   Key Project of National Education Ministry, UV immunity technique for fabricating high-performance UV fiber of silica glass(204167),2004.06-2005.12.

8.   Key Fundamental Project of Shanghai, The high-sensitivity coupling evanescent wave optical fiber sensor (03JC14031), 2004.06-2005.12.

9.   Special Project of Shanghai Nano-Technology, Research and fabricating of the amplified inner-cladding fiber of nano-film (0352nm019), 2004.06-2005.12.

 

Research Students Supervision:

Master students: Huang Xinming, Wu Chunhua, Lu Wenjie, Wang Shuwen, Shi Jie, Lu jianqing, Liu Lin, Li Chengling, Zhang Kun, Bai Hua, Zhang Wei, Hu Ling, Gu Qiang, Geng Qianqian

Doctor students: Peng Guanglong

 

Representative Publications:

1.   Chen Zhenyi. Study of a dynamic-shape-curve function for a fused tapering optical fiber.  Applied Optics, 2006, 45 (27): 6914-6918.

2.   Chen Zhenyi,Wang Tingyun, Yan Fang, Xia Yiben. Theoretical and experimental investigation of dynamic-shap-curve function for fused tapering optical fiber. OptoelectronicsLaser200516(11)1291-1296 (in Chinese).

3.   Zhenyi Chen, Jie Shi, Pang Pufei, and Wang Tingyun. Measuring liquid-refractive-index based on a fiber-optic coupler. 2007 The IET International Communication Conference on Wireless Mobile & Sensor Networks Proceedings(CCWMSN07), Dec. 12-14, 2007, Shanghai, China, pp: 893-896.

4.   Chen Zhenyi, Shen Yuqing, Wang Tingyun, Yan Fang, Xia Yiben. Super-flat-wideband single-mode optical fiber couplers ranged from 1250 nm to 1650 nm. Acta Optical Sinica200424(5)663-667 (in Chinese).

5.   Tingyun Wang, Chen Zhenyi, Fufei Pang. Improved silica fiber with enhanced ultraviolet transmission. Chinese Optics Letters, 2006, 4(12): 687-689.

6.   Tingyun Wang, Zhenyi Chen, et al. A UV immunity technique for fabricating high-performance UV Fiber using silica glass. OptoelectronicsLaser, 2004, 15 121394-1396 (in Chinese).

7.   Tingyun Wang, Zhenyi Chen, et al. Analysis of Evanescent Wave Transmission on Single-mode Optical Fibers. OptoelectronicsLaser, 2003142136-139 (in Chinese).

8.   Xinghu Fu, Zhenyi Chen, Qiang Guo, Fufei Pang, and Tingyun Wang. Investigation of a shape curve function for a special solid coupled optical taper. Optical Engineering. 2010, 49(6): 065002-065002-7.

9.   Fu XinghuChen ZhenyiGuo QiangPang FufeiWang Tingyun. Influence of Vibration on Optical Receiving Power in RectilinearMobile Wireless Optical Communucation. ACTA OPTICAL SINICA, 2009, 29(9): 2368-2373.

10.  Hua Bai, Zhenyi Chen, Na Chen, Qiang Guo, Kun Zhang, Fufei Pang, Tingyun Wang. A biconical taper multi-mode fiber SERS sensor. ACP2010.

11.  Kun Zhang, Zhenyi Chen, Na Chen, Qiang Guo, Hua Bai, Fufei Pang, Tingyun Wang. Raman scattering enhancement characteristic of Nb-doped silica fiber. ACP2010.

12.  Lin Liu, Zhenyi Chen, Tingyun Wang,Fufei Pang, Na Chen, Chenglin Li. Surface-Enhanced Raman Scattering Sensor Based on Fused Biconical Taper Fiber. 2009 Proc. of SPIE-OSA-IEEE Asia Communications and Photonics, SPIE Vol. 7634, 763402.

13.  Jianqing Lu, Zhenyi Chen, Fufei Pang, Tingyun Wang. Synthesis and Characterization of Silver Sols for Fiber-optic Surface-enhancement Raman Scattering. Proc. of SPIE. Vol. 7135, pp: 713549-1-7.

14.  Qifan YuZhenyi Chen, Xinghu Fu, Qiang GuoFufei PangTingyun WangA novel receiving system based on optical taper applied to wireless optical communicationAPOC2008, 7136, 7136Z-1(2008).

15.  Jianqing Lu, Zhenyi Chen, Fufei Pang, Tingyun Wang. Theoretical Analysis of Fiber-Optic Evanescent Wave Sensors. 2007 The IET International Communication Conference on Wireless Mobile & Sensor Networks Proceedings(CCWMSN07), Dec. 12-14, 2007, pp: 583-587.

16.  Jie Shi, Zhenyi Chen, Yuqing Shen, and Qing Guo. Solution-concentration sensor using a fused fiber-optic coupler. Proceedings of 2007 8th International Conference in Electronic Measurement & Instruments, Aug. 16-18, 2007, Vol. IV, pp: 4-1784-181.

17.  Wang Shuwen, Chen Zhenyi. A theoretical Method of microstructured polymer optical fibers with ring structures. 20th Congress of the International Commission for Optics (ICO20), 2006.

18.  HuangXinmingChen ZhenyiWuChunhua, Wang Tingyun. Theoretical analysis of fiber-optic switch using a three fiber-one open loop coupler. Journal of OptoelectronicsLaser200415(7)795-798 (in Chinese).

 

 

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