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| The Research Center for Organic Optical Waveguide Material and Devices |
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| About |
| The Research Center for Organic Optical Waveguide Material and Devices was founded in 2004 based on the former two research groups. The research activities in the center cover synthesis of passive or active devices. The undertaken projects in the center include those from National Hi-Tech Reserch and Development Program(863), National Program for Base as well as contracted projects from industries. More 200 peer-reviewed papers have been published. Recently, siganificant program has been made in the center. For examples, the innovative passive optical waveguide materials invente in the center awarded the National Prize for progress in National Science Reserch (Class II). There are 4 full time research professors, 1 senior engineer,10 reserch assistants, as well as 15 MS and PhD students, The center has been well equipped with facilities for syntheses and chracterazation of optical waveguide material and for preparation and processing of relevant devices. |
| Contact Information of the Principal |
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Contact person: Zhen ZHEN
Contact telephone: 86-10-82543528 |
| Papers and publications |
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Partial published Papers:
1.Preparation and characterization of graded-index plastic rod, Journal of molecular science 4(15), 237-238, 1999
2.Interaction of sodium carboxymethylamylose with aqueous surfactants in both the presence and the absence of added salt: mixed micelles and inclusion complexes, Polymer, 33(18): 812-816, (1992)
3.Preparation of a graded-index polymeric perform by swollen bulk polymerization, Journal of polymer science: Part A: polymer Chemistry, Vol 41,1813-1818(2003)
4.Preparation of heat-resistant gradient-index polymer optical fiber rods based on Poly(n-isopropylmaileimide-co-methylmethacrylate), Journal of applied Polymer Science, 2003, 87(2),280-283
5.Preparation of Polymer microspheres in TEOS under static condition, Chem.Lett., 2003, 32(1), 36-27
6.Synthesis and Characterization of Photonic Polyesters Containing Azo Chromophore in the Side Chain, Polymer Journal, 1996, 28(12), 1027-1032.
7.The off-resonant third-order optical nonlinearities of soluble vanadyl phthalocyanines, Acta Chimica Sinica, 1997,55,37-41.
8.Second-order Nonlinear Optical Properties of a Series of Polyester Containing Push-pull Azobenzene Chromophores in Their Side-chains, Journal of Materials Science, 1999, 34, 1513-1517.
9.Study on novel Second-order NLO azo-based chromophores containing strong electron-withdrawing groups and different conjugated bridges, Journal of Materials Science, 39(2004),2335-2340.
10. Synthesis of a Novel Polyurethane NLO Polymer and Characterization in Optical Nonlinearity of its DAS-TCF Chromophore, Nonlinear Optical Physics & Materials, Vol.13(1),(2004),55-63. |
| Main patents (pending and applied for) |
Partial Patents:
1. preparation method of a graded-index performs which The refractive indexes gradually change along a radial direction (ZL99103088.5), Zhen ZHEN, Xinhou LIU
2. A graded-index plastic optical fiber preforms and its preparation and use (ZL99108060.2) Zhen ZHEN、Xinhou LIU
3. A big-screen television Laser Display System (A) (03153275.6), Zhen ZHEN, Shi YAN, Xinhou LIU, Guangqian HE
4. A big-screen television Laser Display System (B) (03153275.6), Zhen ZHEN, Shi YAN, Xinhou LIU, Guangqian HE
5. Preparation method of a plastic optical fiber preforms with temperature-resistant (99125509.7), Xinhou LIU, Dongjun WANG, Zhen ZHEN
6. Preparation method of plastic fiber modified by Nano-silica (99103088.5), Xinhou LIU, Dongjun WANG, Zhen ZHEN
7. Functional photocrosslinkable polyurethane materials (03138372.6), Yuquan SHEN, Ling QIU, Jumin HAO, Jianfeng ZAI, Tao ZHANG, Fenghua ZHU
8. Preparation methods and products of a crosslinked polyurethane organic materials (ZL99109593.6), Zhao LI, Ling QIU, Jianfeng ZAI,Jiayun ZHOU, Yuquan SHEN,
9．Preparation method of the metal sulfide nanoparticle/polymer
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