个人简介

李锴锋，讲师，理学博士。2026 年博士毕业于燕山大学理学院物理学专业。现任职于天津理工大学物理科学与技术学院物理系。主要从事微结构光纤设计、表面等离子体共振（SPR）光纤传感及光声成像相关研究，以第一作者已发表SCI论文10余篇，担任 Optics Express、MEASUREMENT等国际期刊审稿人。

研究领域

1、微结构光纤与SPR传感。

2、多参数光纤传感系统与应用。

3、光声成像方法与实验。

科研项目

无。

代表论文、专利

[1] K. Li, Z. Yin, C. Wang, S. Li, Enhancement of SPR Effect and Sensing Characteristics in Photonic Crystal Fiber With Ti3C2Tx-Mxene/Silver Film, Journal of Lightwave Technology 42(10) (2024) 3901-3908.

[2] K. Li, S. Li, H. Du, Near-Infrared PCF Sensor With Ultra-High Sensitivity Detection Based on Surface Plasmon Resonance, Journal of Lightwave Technology 43(5) (2025) 2482-2488.  ESI高被引论文

[3] K. Li, S. Li, P. Guo, H. Du, Z. Zhang, Dual parameter sensor for RI and temperature detection by cascading Ag/WO3 film PCF and Ag/MoS2/PDMS film PCF, Optics Express 32(16) (2024) 27710.

[4] K. Li, S. Li, Z. Yin, J. Li, Experimental study of SPR sensor performance enhancement by metal oxides, Infrared Physics & Technology 136 (2024) 105021.

[5] K. Li, S. Li, A cascaded dual-channel sensor based on PCF with Ag/WO3 and Ag/MoS2/PDMS films for simultaneous detection of RI and temperature, Infrared Physics & Technology 150 (2025) 106031.

[6] K. Li, S. Li, H. Du, Z. Zhang, L. Hu, Experimental Study on High-Sensitivity MoS2Thickness Modulation Refractive Index Sensor Based on SPR-PCF, IEEE Sensors Journal 24(12) (2024) 19007-19012.

[7] K. Li, Z. Yin, S. Li, Experimental Study on High Sensitivity Intensity Modulation Curvature Sensor Based on SPR No-Core Fiber, IEEE Sensors Journal 24(2) (2024) 1383-1389.

[8] K. Li, S. Li, H. Du, Research on a high-sensitivity dual-parameter SPR sensor utilizing cascaded NCF-PCF architecture, Optics Communications 591 (2025) 132152. 

[9] Z. Yin, K. Li, X. Jing, No-core fiber surface plasmon resonance dual-channel sensor for refractive index and temperature sensing with compact structure, Infrared Physics & Technology 131 (2023) 104687.

[10] Z. Yin, K. Li, X. Jing, S. Ullah, Z. Zhang, A broadband SPR sensor based on a no-core fiber coated with gold-silver for refractive index and temperature measurement, Infrared Physics & Technology 132 (2023) 104756.

奖励与荣誉

无。