Xiao Limin Home--Academic Achievements

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肖力敏

研究员 Supervisor of Doctorate Candidates

Name (Pinyin):Xiao Limin
E-Mail:liminxiao@fudan.edu.cn
School/Department:未来信息创新学院
Education Level:研究生毕业
Degree:博士学位
Professional Title:研究员
Status:Employed
Alma Mater:香港理工大学
Discipline: Optical Engineering

Home / Scientific Research / Academic Achievements

Academic Achievements

Yu, Ruowei；Wang, Caoyuan；Jiang, Wei；Shen, Zihao；Yan, Zhengyu；Hao, Yang；Shi, Yuzhi；Yu, Fei；Hua, Ping；Schötz, Gerhard；Liu, Ai Qun；Xiao, Limin,Yu, Ruowei；Schötz, Gerhard；Liu, Ai Qun；Xiao, Limin；Wang, Caoyuan；Jiang, Wei；Shen, Zihao；Yan, Zhengyu；Hao, Yang；Shi, Yuzhi；Yu, Fei；Hua, Ping, High-efficient subwavelength-scale optofluidic waveguides with tapered microstructured optical fibers -OPTICS EXPRESS -2021-01-01 -29
Shi, Yuzhi；Nguyen, Kim Truc；Chin, Lip Ket；Li, Zhenyu；Xiao, Limin；Cai, Hong；Yu, Ruozhen；Huang, Wei；Feng, Shilun；Yap, Peng Huat；Liu, Jingquan；Zhang, Yi；Liu, Ai Qun,Shi, Yuzhi；Yap, Peng Huat；Liu, Jingquan；Zhang, Yi；Liu, Ai Qun；Nguyen, Kim Truc；Chin, Lip Ket；Li, Zhenyu；Xiao, Limin；Cai, Hong；Yu, Ruozhen；Huang, Wei；Feng, Shilun, Trapping and Detection of Single Viruses in an Optofluidic Chip -ACS Sensors -2021-01-01 -6
Chen, Yuxing；Wang, Caoyuan；Xiao, Limin, Ultrathin Lensed Photonic Crystal Fibers with Wide Bandwidth and Long Working Distances -JOURNAL OF LIGHTWAVE TECHNOLOGY -2021-01-01 -39
Wang, Caoyuan；Yu, Ruowei；Debord, Benoit；Gerome, Frederic；Benabid, Fetah；Chiang, Kin Seng；Xiao, Limin, Ultralow-loss fusion splicing between negative curvature hollow-core fibers and conventional SMFs with a reverse-tapering method -OPTICS EXPRESS -2021-01-01 -29
Qi Tao；Jung Yongmin；Xiao Limin；Wang Jie；Xiao Shilin；Lu Chao；Tam Hwa-Yaw；Peacock Anna C., Programmable long-period grating in a liquid core optical fiber -OPTICS LETTERS -2016-01-01 -41
Ye Yucheng；Xiao Limin, Slot-waveguide Fibers for Ultra-low Volume Optofluidic Sensing -2017 16TH INTERNATIONAL CONFERENCE ON OPTICAL COMMUNICATIONS AND NETWORKS (ICOCN 2017) -2017-01-01 -2017-January
Hao Yang；Xiao Limin, EXPOSED ANTIRESONANT NODELESS HOLLOW CORE PHOTONIC CRYSTAL FIBER FOR FAST-RESPONSE GAS SENSING -2017 16TH INTERNATIONAL CONFERENCE ON OPTICAL COMMUNICATIONS AND NETWORKS (ICOCN 2017) -2017-01-01 -2017-January

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