薛燕陵，女，博士，華東師範大學通信與電子工程學院教授。
基本介紹
- 中文名：薛燕陵
- 學位/學歷：博士
- 專業方向：光通信、光子學、光網路
- 就職院校：華東師範大學通信與電子工程學院
- 職稱：教授
個人經歷,研究方向,學術成果,
個人經歷
Member of American Physical Society
Member of Optical Society of America
她的名字被列入《世界名人錄》(Who´s Who in the World - 2010‚ 27th Edition)
Optica，Elsevier雜誌審稿人
國際會議中研討會組織者、國際會議技術委員會和程式委員會委員、分會場主席
澳大利亞The University of New South Wales博士
澳大利亞University of Technology, Sydney和The University of New South Wales博士後
美國和澳大利亞工業界多年工作經驗。
研究方向
光通信、光子學、光網路。
學術成果
主持與參與的項目：
科技部國家重大科學研究計畫，科技部973項目，基金委重點項目，上海市科委基礎研究重點項目。
組織國際會議與做邀請報告：
（1）邀請報告
在2015年4月於北京召開的EMN Meeting on Optoelectroncs上做Invited Talk，並擔任Session Chair。
（2）主辦Symposium #4
在2014年4月於希臘召開的10th International Conference of Computational Methods in Sciences and Engineering(ICCMSE)中的Symposium on Modeling of Nonlinear Photonics in Optical Communications: Materials, Devices and Systems (Symposium )中，作為組織者。
（3）邀請報告
在2013年12月於美國召開的International Conference on Small Science上做Invited Talk。
Selected Publications：
1.Jiang C.,Xue Y. L.,Wang R., Kong R., "Area scalable and period manipulable three-dimentional optically induced photorefractive photonic crystal/quasicrystal",Superlattices and Microstructures,
2.Xu Z. G.,Xue Y. L., Huang Z., “Dependence of dispersion on metamaterial structural parameters and dispersion management”, Applied Science,
3.Jin W.,Xue Y. L., Jiang D., “Area scalableoptically induced photorefractive photonic microstructures”, Optical Materials,
4.Jin W.,Xue Y. L., “Optical fabrication of two‑dimensional photorefractive periodic photoniclattices and quasicrystal microstructures by multi‑lens board”, Applied Physics B: Laser and Optics,
5.Jin W.,Xue Y. L., “Optical fabrication of wavy lattices and photoniclattices with defects in photorefractive crystal by single step projectionmethod”, Superlattices and Microstructures,
6.Ying Liu,Xue Y. L.，andChuanxi Yu, “Modulation Instability Induced byCross-Phase Modulation in Negative Index Materials with Higher-OrderNonlinearity”, Optics Communications,
7.Xue Y. L.，Liu W., GuY, and Zhang Y., “Light storage in a cylindrical waveguide with metamaterials”,Optics and Laser Technology,
8.Jin W.,Xue Y. L., “Generation of reconfigurable two-dimensional photorefractivephotonic heterostructures with composite period using multi-lens board”, Opticsand Laser Technology,
9.Jin W.,Xue Y. L.,“Optically InducedThree-Dimensional Penrose-type Photonic Quasicrystal Lattices in Iron-DopedLithium Niobate Crystal”, Optics Communications,
10.Li Z.,Xue Y. L.and Shen T., "Investigation of Patch Antenna based on PhotonicBand-gap Substrate with Heterostructures"‚ Mathematical Problems inEngineering‚
11.Xue Y. L., Wu P., Liu Y.,Zhang X., Lin L., and Jiang Q., “Highly Efficient Near-IR Photoluminescence of Er3+Immobilized in Mesoporous SBA-15”, Nanoscale Research Letter,
12.Xue Y. L., “FWM and XPM in Er3+-doped silica and telluritefibers”, Optics Communications,
13.Lin Liang-Shu,Xue Y. L., Jiang Qi-Cheng, Zhang Xiao-Min, Wu Peng, Liu Yue-Ming, “Highly efficientemission of Er3+ in a functionalized mesoporous silica”, Acta Physica Sinica,
14.Xue Y. L.,Smith G. B., Baker A. T., “Large refractive index and inter-particle interactioninduced nonlinear modulation in densely doped composite materials”‚ IEEEJournal of Quantum Electronics‚
15.Zhang W., Chu P. L.,Xue Y. L.，“Distortion of amodulated signal by multi-wave mixing in an erbium doped optical fiberamplifier”‚ Journal of the Optical Society of America B‚
16.Xue Y. L.，Chu P. L., Zhang W., “Resonance-ehanced refractive index and its dynamics inrare-earth-doped fibers”‚ Journal of the Optical Society of America B‚
17.Chu P. L.,Xue Y. L.，“Nonlinear effectsin erbium-doped fibers”‚ International Journal of Nonlinear Optical Physics‚
18.Betts R.,Xue Y. L.，et al.,“Nonlinear refractive index in erbiumdoped fiber: theory and experiment”‚ IEEE Journal of Quantum Electronics‚
專著：P.L. Chu, B. Wu andY. L. Xue, "Opticalswitching based on erbium-doped twin-core fibers", Lightwave Technologyand Communications, p.44. A. Altintas and G. Saplakogln (eds.)
專利：中國發明專利‚“一種可製作多種二維光子晶體結構的方法及其裝置”,靳文濤；薛燕陵。
