删除或更新信息,请邮件至freekaoyan#163.com(#换成@) 
温州大学电气与电子工程学院导师教师师资介绍简介-李志红
/2021-04-17
李志红
博士|副教授|硕士Th导师
■ 个人基本情况
姓    名: 李志红
性    别: 男
出生年月: 1989 年 12 月民    族: 汉族
职称职务: 副教授 政治面貌: 共产党员最高学历: 研究生 最高学位: 博士
工作单位: 电子系|电气与电子工程学院|温州大学
通信地址: 浙江省温州市茶ft高教园区 温州大学南校区 1 号楼邮政编码: 325035
电子邮箱: zhihong@wzu.edu.cn; zhihonghnu@hotmail.com;
学术主页: https://www.researchgate.net/profile/Zhihong-Li-2
■ 主要研究方向
●    光电信息检测与传感(Photoelectric information detection and sensing);
●    光纤传感技术(Fiber-optic sensing technology);
●    激光与光电子技术(Laser and Optoelectronic technology);
■ 主要工作经历
李志红,男,博士,副教授,硕士生导师,2016 
年毕业于湖南大学,现任职于温州大学电气与电子工程学院。目前依托电气数字化设计技术国家地方联合工程实验室“光电信息检测与传感技术”、“微纳结构与光电器件”研究所等科研平台,主要从事光纤传感技术、光电信息
检测与传感技术、激光与光电技术等领域的研究与教学工作。目前主持国家自然科学基金青年项目 1
项、温州市基础研究计划 1 项,参与国家自然科学基金 3 项、浙江省自然科
学基金 1  项、温州市科技计划 1  项等项目。近年来以第一/通讯作者身份在 Optics Letter、Optics Express、IEEE/OSA Journal of Lightwave 
Technology、 IEEE/OSA Journal of Selected Topics in Quantum Electronics、IEEE Photonics Journal、IEEE 
Access、Applied Physics Express、Journal of Applied Physics、 Journal of Optical Society of American 
B、IEEE Sensors Journal、Applied Optics、 Journal of the Optical Society of America A  等学术期刊发表SCI 论文20 
余篇,以第一发明人申请国家发明专利 10 余项(已授权 6 项);担任 Optics Letter、 IEEE/OSA Journal of Lightwave Technology、Annalen 
der Physik、IEEE Access、 Applied  Optics 、Optics  Communications 、Journal  of  the  Optical  Society 
 of America A 等学术期刊审稿专家;多次获温州大学优秀毕业论文指导教师。
主要工作经历如下:
1、 2020.01  – 至今,副教授,温州大学 电气与电子工程学院;
2、 2016.07 – 2019.12,讲师,温州大学 物理与电子信息工程学院;
■ 近年主要教学科研项目
1.    国家自然科学基金青年项目,基于氧化石墨烯增强倾斜光纤光栅泄漏模谐振的生物传感研究,No. 61905180,2020.01-2022.12,主持(1/1)
2.    温州市基础性科研项目,面向储能设备在线状态监测的倾斜光纤光栅传感技术,No. 2019G0005,2020.01-2021.06,主持(1/3)
3.    国家自然科学基金面上项目,光源的相关色温和 Duv 的计算方法及其在
LED 光谱优化中的应用研究,No. 61775169,2018.01-2021.12,参与(3/5)
4.    国家自然科学基金面上项目,3D  打印物体表面外貌和视觉感知色差表征方法研究,No. 61775170,2018.01-2021.12,参与(5/9)
5.    国家自然科学基金青年项目,微纳阵列复合表面结构的制备及其在光电子器件中应用研究,No. 61805179,2019.01-2021.12,参与(3/5)
6.    浙江省自然科学基金,光学环形谐振腔中的孤子及光频梳的特性研究,
No. LY19F050013,2019.01-2021.12,参与(2/6)
■ 近年发表学术论文情况
1、期刊论文
2021 年
[1]. Zhihong  Li*,  and  Haiyong  Zhu,  Fiber-Optic  Surface  Waveguide  Modes Excited   by   
Inter/Intra   Mode   Transition   for   Refractometric   Sensitivity Enhancement, IEEE Journal of 
Selected Topics in Quantum Electronics, 27(5), 5600308, 2021.
[2]. Zhihong Li*, and Haiyong Zhu, Sensing performance of surface waveguide modes  excited  in  
long-period  fiber  grating  with  gold–silicon  nanocoatings, Optics Letters, 46(2), 266-269, 
2021.
[3]. Zhihong Li*, Francesco Chiavaioli*, In-fiber comb-like linear polarizer with leaky mode 
resonances, Optics and Laser Technology, 133, 106518, 2021.
[4]. Zhihong Li*, Haiyong Zhu, and Chaolong Fang, Flexibly Tunable Surface Waveguide     Resonances 
    in     Cylindrical     Waveguide-Metal-Waveguide Configuration  Assisted   by   Tilted   Fiber  
 Grating,   IEEE/OSA  Journal   of Lightwave Technology, DOI: 10.1109/JLT.2020.3042608, 2021.
2020 年
[5]. Zhihong   Li*,   Qikai   Bao,   Jiayin   Zhu,   Xiukai   Ruan,   and  Yuxing   Dai, Generation 
of leaky mode resonance by metallic oxide nanocoating in tilted fiber-optic gratings, Optics 
Express, 28(7), 9123-9135, 2020.
[6]. Runlin Wang#, Zhihong Li#, Xia Chen, Nan Hu, Yongguang Xiao, Kaiwei Li, Tuan Guo, Mode 
splitting in ITO-nanocoated tilted fiber Bragg gratings for vector twist measurement, IEEE/OSA 
Journal of Lightwave Technology, DOI: 10.1109/JLT.2020.3000171, 2020.
[7]. Li Zhang, Yanmin Duan, Yinglu Sun, Yijun Chen, Zhihong Li, Haiyong Zhu,
Ge Zhang, Dingyuan Tang, Passively Q-switched multiple visible wavelengths switchable YVO4 Raman 
laser, Journal of Luminescence, 228, 117650, 2020.
2019 年
[8]. Zhihong  Li*,  Xiukai  Ruan  and Yuxing  Dai,  Leaky  Mode  Combs  in Tilted Fiber  Bragg  
Grating,  IEEE/OSA Journal  of  Lightwave Technology,  37(24), 6165-6173, 2019.
[9]. Zhihong Li*, Xiukai Ruan and Yuxing Dai, Simultaneous excitation of leaky mode resonance and 
surface plasmon resonance in tilted fiber Bragg grating, Applied Physics Express, 12(11), 112005, 
2019.
[10]. Zhihong  Li*, Yubing  Shen,  Zhuying Yu,  Xiukai  Ruan, Yaoju  Zhang,  and Yuxing Dai, 
Polarization-Dependent Tuning Property of Graphene Integrated Tilted Fiber Bragg Grating for 
Sensitivity Optimization: A Numerical Study, IEEE/OSA Journal of Lightwave Technology, 37(9), 
2023-2035, 2019.
[11]. Zhihong  Li*,  Zhuying  Yu,  Yubing  Shen,  Xiukai  Ruan,  and  Yuxing  Dai, Graphene 
Enhanced Leaky Mode Resonance in Tilted Fiber Bragg Grating: A New Opportunity for Highly Sensitive 
Fiber Optic Sensor, IEEE Access, 7, 26641-26651, 2019.
[12]. Zhihong  Li*,  Zhuying  Yu,  Boteng  Yan,  Xiukai  Ruan,  Yaoju  Zhang,  and Yuxing Dai, 
Theoretical analysis of tuning property of the graphene integrated excessively  tilted  fiber  
grating  for  sensitivity  enhancement,  Journal  of  the Optical Society of America B, 36(1), 
108-118, 2019.
[13]. Yijie Li, Jiang Tao, Xin He, Yaoju Zhang, Chaolong Fang*, Zhihong Li, Jie Lin,   and   Youyi  
 Zhuang,   Cylindrical   Lens  Array   Concentrator   with   a Nanonipple-Array Antireflective 
Surface for Improving the Performances of Solar Cells, Optics Communication, 439, 118-24, 2019.
2018 年
[14]. Zhihong  Li*,  Qianqian  Luo,  Boteng  Yan,  Xiukai  Ruan*,  Yaoju  Zhang, Yuxing  Dai,  
Zhennao  Cai,  and  Tao  Chen,  Titanium  dioxide  film  coated excessively  tilted  fiber  grating 
 for  ultra-sensitive  refractive  index  sensor, IEEE/OSA Journal of Lightwave Technology, 36(22), 
5285-5297, 2018.
[15]. Zhuying  Yu,  Boteng  Yan,  Zhihong  Li*,  Xiukai  Ruan,  Yaoju  Zhang,  and Yuxing  Dai,  
Graphene  induced  sensitivity  enhancement  of  thin-film  coated long period fiber grating, 
Journal of Applied Physics, 124(18), 184503, 2018
[16]. Zhihong Li*, Jie Shen, Qiuping Ji, Yaoju Zhang, Xiukai Ruan*, Yuxing Dai,
and  Zhennao  Cai,  Turning  the  Resonance  of  the  Excessively  Tilted  LPFG Assisted  Surface  
Plasmon  Polaritons:  Optimum  Design  Rules  for  Ultra- Sensitive  Refractometric  Sensor,  IEEE  
Photonics  Journal,  10(1),  7101214, 2018.
[17]. Zhihong Li*, Jie Shen, Qiuping Ji, Yaoju Zhang, Xiukai Ruan, Yuxing Dai, and Zhennao Cai, 
Tuning the resonance of polarization-degenerate cladding mode LP1,j in excessively tilted long 
period fiber grating for highly sensitive refractive index sensing, Journal of the Optical Society 
of America A, 35(3), 397-405, 2018.
[18]. Zhihong Li*, Boteng Yan, Qianqian Luo, Xiukai Ruan, Yaoju Zhang, Yuxing Dai,  and  Tao  Chen, 
 Sensitivity  Enhancement  of  Excessively  Tilted  Fiber Grating by Inner Cladding Perturbation, 
IEEE Sensors Journal, 18(16), 6615- 6620, 2018.
[19]. Chaolong Fang, Jun Zheng, Yaoju Zhang*, Yijie Li, Siyuan Liu, Weiji Wang, Tao  Jiang,  
Xuesong  Zhao,  and  Zhihong  Li,  Antireflective  Paraboloidal Microlens Film for Boosting Power 
Conversion Efficiency of Solar Cells, ACS Applied Materials and Interfaces, 10(26), 21950-21956, 
2018.
[20]. Yijie Li, Yaoju Zhang*, Jie Lin, Chaolong Fang, Yongqi Ke, Hua Tao, Weiji Wang,  Xuesong  
Zhao,  Zhihong  Li,  and  Zhenkun  Lin,  Multiscale  Array Antireflective  Coatings  for  Improving 
 Efficiencies  of  Solar  Cells, Applied Surface Science, 462, 105-11, 2018.
[21]. Yaoju  Zhang*,  Jun  Zheng,  Chaolong  Fang*,  Zhihong  Li,  Xuesong  Zhao, Yijie Li, Xiukai 
Ruan, Yuxing Dai, Enhancement of Silicon-Wafer Solar Cell Efficiency      with      Low-Cost      
Wrinkle     Antireflection      Coating      of Polydimethylsiloxane,  Solar  Energy  Materials  
and  Solar  Cells,  181,  15-20, 2018.
2017 年
[22]. Tao Chen*, Jun Tu, Xiaochun Song, and Zhihong Li, Sensor for Measuring Extremely Large Strain 
Based on Bending Polymer Optical Fiber, Instruments and Experimental Techniques, 60(2), 301-306, 
2017.
2016 年
[23]. Zhi-Hong Li, Tao Chen, Zhao-Gang Zhang, Yan-Ming Zhou, Dan Li, and Zhong  Xie*,  Highly  
sensitive  surface  plasmon  resonance  sensor  utilizing  a long period grating with 
photosensitive cladding, Applied Optics,55(6), 1470-
1480, 2016.
[24]. Zhihong Li, Xiukai Ruan, Yuxing Dai, Zhaogang Zhang, Yanming Zhou, Tao Chen, and Zhong Xie*, 
Numerical analysis of high-sensitivity refractive index sensor based on LPFG with bandpass 
transmission,IEEE Sensors Journal, 16(20), 7500-7507, 2016.
[25]. Tao Chen, Zhihong Li, Xiaochun Song, Yanming Zhou, Haiyan Guo, and Zhong  Xie*,  Crack  
detection  and  monitoring  in  viscoelastic  solids  using polymer optical fiber sensors, Review 
of Scientific Instruments, 87(3), 035005, 2016.
2015 年
[26]. Zhihong Li, Tao Chen, Zhaogang Zhang, Yanming Zhou, Dan Li, and Zhong Xie*,  Spectral  
response  of  long-period  fiber  gratings  to  cladding  refractive index perturbation, Optics 
Engineering, 54(9), 096105, 2015.
[27]. Tao Chen, Zhong Xie*, Zhi-Hong Li, Yan-Ming Zhou, and Hai-Yan Guo, Study  on  the  
Monotonicity  of  Bending  Loss  of  Polymer  Optical  Fiber, IEEE/OSA Journal of Lightwave 
Technology, 29(10), 2032-2037, 2015.
2、会议论文
[28]. 李志红*,杨现鑫,朱海永,光纤表面波导模及其传感特性,第二届全国光子技术论坛,P-027-B,2020/11/27~30.
■ 近年授权发明专利情况
[1]. 李志红;  李丽;  包琪恺;  胡贵军;  阮秀凯;  戴瑜兴;  一种倾斜光纤光栅梳状起偏器, 2020-11-06,  中国, ZL201911281886.0.
[2]. 李志红;  罗倩倩;  严博腾;  阮秀凯;  张耀举;  戴瑜兴;  蔡振闹;  二氧化钛薄膜涂覆倾斜光纤光栅折射率传感器及检测系统,  2020-11-03,  中国, 
ZL201810494921.6.
[3]. 李志红;  严博腾;  罗倩倩;  阮秀凯;  张耀举;  戴瑜兴;  含内包层调制倾斜光纤光栅 折射率 传感 装置 及方法 ,   2020-10-27,   中国 , 
ZL201810603168.X.
[4]. 李志红;  阮秀凯;  戴瑜兴;  准分布式温度传感系统的信号解调方法, 2020-10-09,  中国, ZL201910740352.3.
[5]. 李志红;  严博腾;  罗倩倩;  阮秀凯;  张耀举;  戴瑜兴;  基于倾斜光纤
光栅表面等离子体共振的传感装置及其参数优化方法,  2020-01-21,
中国, ZL201710933690.X.
[6]. 李志红;  罗倩倩;  严博腾;  沈杰;  姬秋萍;  阮秀凯;  张耀举;  戴瑜兴;蔡振闹;  一种高灵敏倾斜光纤光栅低折射率传感检测装置,  2019-10-
25,  中国, ZL201710605558.6.
[7]. 杨卫波,卢玉锋,阮秀凯,崔桂华,蔡启博,李长军,李志红.  一种基于支持向量回归机的颜色空间转换的颜色校正方法.  ZL201810657575.9, 2020-12-29.
[8]. 阮秀凯,岳虹宇,包乐磊,崔桂华,周志立,李长军,闫正兵,蔡启博,李志红.基于多光谱LED 照明的物体光谱反射率重建方法. ZL201811407518.1, 2020-11-06.
[9]. 阮秀凯,倪钏,崔桂华,周志立,李长军,闫正兵,蔡启博,李志红.  光谱不对称单色 LED  的光谱分布函数拟合方法. ZL201811407517.7, 2020-10- 09.
[10]. 蔡启博,阮秀凯,刘文斌,闫正兵,黄世沛,朱翔鸥,吴平,崔桂华,杨卫波,李志红,李晗.  一种测量继电器成品触点间距的 X 射线无损检测方法. ZL201710358002.1, 
2020-06-16.
[11]. 阮秀凯,赵杭芳,周志立,戴瑜兴,闫正兵,朱海永,肖海林,韦文生,谈燕花,李理敏, 李志红 .   基于聚类算法的相干光通信盲均衡方法. ZL201710358012.5, 
2020-03-20.
[12]. 阮秀凯,周月,朱海永,戴瑜兴,蔡启博,谈燕花,肖海林,李志红,张耀举,崔桂华.  正交频分复用 60 千兆赫毫米波光载无线电系统的补偿方法. ZL201710358001.7, 
2019-04-02.
■ 近年本科Th培养情况
1.  指导本科生发表论文
[1]. Zhuying Yu(俞珠颖, 15 级通信工程专业), Boteng Yan(严博腾, 15 级电子信息工程(两岸合作)专业), Zhihong Li*, Xiukai Ruan, 
Yaoju Zhang, and Yuxing Dai, Graphene induced sensitivity enhancement of thin-film coated  long  
period  fiber  grating,  Journal  of Applied  Physics,  124(18), 184503, 2018.  (SCI III 区)
[2]. Jie Shen(沈杰, 14 级电子信息科学与技术专业), Qiuping Ji(姬秋萍, 14
级电子信息科学与技术专业), Yaoju Zhang, Xiukai Ruan, Yuxing Dai, Zhennao Cai, and Zhihong Li*, Theoretical 
Design of Band Pass Filter Utilizing  Long  Period  Fiber  Grating  Having  Cladding  Refractive  
Index Perturbation, Automatic Control and Computer Sciences, 52(6), 489-495, 2018.  (EI 收录)
2.  指导本科生参与科研项目
[1]. 蒋韬等(16  级通信工程专业),2018  年浙江省大学生科技创新活动计划暨新苗人才计划项目,柱面阵列聚焦器提高双面晶 Si  太阳能电池效率研究,No. 
2018R429020,2018.06-2020.06
[2]. 丁泽威等(17 级计算机科学与技术专业),温州大学 2018 年大学生创新创业训练计划项目,一种改进的计算智能模型研究及其应用,No.
DC2018073,2018.12-2019.12
[3]. 沈杰、姬秋萍等(14 级电子信息科学与技术专业),温州大学 2016 年大学生创新创业训练计划项目,基于包层折变型 TLPFG 的 SPR 传感研究,No. 
DC2016060,2016.12-2017.12
3.  指导本科生获优秀毕业论文
[1]. 罗倩倩,15  级电子信息工程(两岸合作)专业,《二氧化钛薄膜涂覆极大倾角光纤光栅传感特性研究》,温州大学优秀毕业论文,2019 届
[2]. 赵彬,15 级通信工程专业,《中小企业核心网络的设计与仿真》,温州大学优秀毕业论文,2019 届
[3]. 邹雨叶,16 级电子信息工程专业,《石墨烯集成倾斜光纤光栅光谱调控及传感特性》,温州大学优秀毕业论文,2020 届
■ 近年研究Th培养情况
●    目前指导 2020 级硕士研究生 1 名,研究方向:光纤传感技术。
●    欢迎物理学、光学工程、电子科学与技术、光电信息科学与技术、电子信息工程、通信工程、计算机科学与技术等相关专业的学生报考研究生。
■ 学术兼职情况
[1]. 中国人工智能学会终身会员;
[2]. 担任Optics Letter、IEEE/OSA Journal of Lightwave Technology、Annalen
der Physik、IEEE Access、Applied Optics、Optics Communications、 Journal of the Optical Society of 
America A 等学术期刊审稿专家;
(2021 年 2 月更新)
