论文

[2]         Wenyuan  Wang, Xiaojin Yin, Jian Wu, Yongqin Yu, Youfu Geng, Xiaoling Tan,
Yu Du, Xueming Hong, and Xuejin Li,Quantum Dots-based Multiplexed Fiber-Optic  Temperature Sensors,IEEE SENSORS JOURNAL,VOL. 16, NO. 8,PP  2437-2441(2016.04)(SCI/EI)

[3]         Wenyuan  Wang, Xiaojin Yin, Jian Wu, Youfu Geng, Xiaoling Tan, Yongqin Yu, Xueming  Hong, Yu Du and Xuejin Li,Realization of All-in-fiber Liquid-core  Microstructured Optical Fiber,Photonics Technology Letters, IEEE  ,VOL. 28, NO. 6,PP:609-612(2016.03)(SCI/EI)

[4]         Zhixin  Tan, Xin Hao, Xuejin Li, Yuzhi Chen, Xueming Hong
and Ping Fan
,Angular characteristics of a multimode fibre surface plasmon resonance  sensor under wavelength interrogation,Journal of Physics D: Applied  Physics,Vol. 49,Issue 2, pp. 025401 (6 pp.) (2016.01)(SCI/EI)

[5]         Yuzhi  Chen,Yongqin Yu,Xuejin Li,Huasheng Zhou,Xueming Hong, Youfu Geng,Fiber-optic  urine specific gravity sensor based on surface plasmon resonance,Sensors and  Actuators B: Chemical,Volume 226, April 2016, Pages 412–418(2016.04)(SCI/EI)

[6]         Yuzhi  Chen, Yongqin Yu, Xuejin Li, Zhixin Tan, Youfu Geng,Experimental Comparison  of Fiber-Optic Surface Plasmon Resonance Sensors with Multi Metal layers and  Single Silver or Gold Layer,Plasmonics,Volume 10, Issue 6, pp  1801-1808(2015.12)(SCI/EI)

[7]         李雄军 廖日军 李金龙 冼建标 徐健杰 黄培 何小雨,图像Arnold变换中的准对称性问题与半周期现象,深圳大学学报理工版2015,32（6）：551-562,(2015.11)(EI)

[8]         蔡兴民、叶凡,AlGaN纳米线的化学气相沉积制备及表征,深大学报,32（6）(2015.11)(EI)

[9]         范平,Growth of high quality CH3NH3PbI3  thin films prepared by modified dual-source vapor evaporation,Journal of  Materials Science: Materials in Electronics,1-7(2015.11)(SCI)

[10]    范平,单源热蒸发制备有机无机杂化CH3NH3PbI3薄膜及其性能表征,无机材料学报,30:1105-1109(2015.10)(EI)

[11]    Xiaoling Tan, Xuejin Li, Youfu Geng, Zhen  Yin, Lele Wang, Wenyuan Wang, and Yuanlong Deng,Polymer Microbubble-Based  Fabry–Perot Fiber  Interferometer and Sensing Applications,IEEE Photonics Technology  Letters,27(19):2035-2038(2015.10)(SCI/EI)

[12]    Zhuang-hao Zheng, Ping Fan*,等,The influence of the transformation  of electronic structure and microstructure on improving the thermoelectric  properties of zinc antimonide thin films,Intermetallics,卷: 64  页: 18-22(2015.09)(SCI/EI)

[13]    Wang, Wenyuan、Yu, Yongqin、Geng, Youfu、Li, Xuejin,Measurements of thermo-optic coefficient of standard
single mode fiber under large temperature range ,2015 International  Conference on Optical Instruments and
Technology: Optical Sensors and Applications, OIT 2015,2015/5/17-2015/5/19,  Beijing,, 2015
(2015.08)(EI,ISTP)

[14]    蔡兴民、叶凡,The n-type conduction of  indium-doped Cu2O thin films fabricated by direct current magnetron  co-sputtering,APPLIED PHYSICS LETTERS,107,083901-1-083901-5(2015.08)(SCI)

[15]    Zhuang-hao Zheng,Ping Fan,Yin  Zhang,Jing-ting Luo,Ying Huang,Guang-xing Liang,High-performance In filled  CoSb3 nano thin films fabricated by multi-step co-sputtering method,Journal  of Alloys and compounds,卷: 639  页: 74-78(2015.08)(SCI/EI)

[16]    廖日军 李雄军 徐健杰 李金龙 冼建标 何小雨,Arnold变换在二值图像置乱应用中若干问题讨论,深圳大学学报理工版2015,32（4）：428-433,(2015.07)(EI)

[17]    梁广兴，范平，罗景庭，等,A promising unisource  thermal evaporation for in-situ fabrication of Organolead Halide Perovskite  CH3NH3PbI3 thin film,Progress in Photovoltaics: Research and  Applications,Prog. Photovolt: Res. Appl. 2015 Published online in Wiley  Online Library(2015.06)(SCI)

[18]    范平,Enhanced Room-Temperature  Thermoelectric Performance of In-Doped ZnO:Al Thin Films through  Prefabricated Layer Doping Method,ELECTRONIC MATERIALS LETTERS,卷: 11 期: 3 页:  429-434(2015.05)(SCI/EI)

[19]    Xiaojin Yin, Wenyuan Wang, Yongqin Yu,  Youfu Geng, and Xuejin Li,Temperature Sensor Based on Quantum Dots Solution  Encapsulated In Photonic Crystal Fiber,IEEE Sensor Journal ,卷: 15  期: 5  页: 2810-2813(2015.05)(SCI/EI)

[20]    Guangxing Liang, Ping Fan , Chaoming Chen,  Jingting Luo, Jun Zhao, Dongping Zhang,Improved microstructure and properties  of CBD-ZnS thin films,JOURNAL OF MATERIALS SCIENCE-MATERIALS IN ELECTRONICS,卷: 26  期: 4  页: 2230-2235(2015.04)(SCI/EI)