- Research Field
- Paper Publication... more+
- [1] Zhou, Xinbang, gongzhenfeng.ANSYS-based birefringence property analysis of side-hole fiber induced by pressure and temperature[J],Photonic Sensors,2022,8(1):13-21
- [2] gongzhenfeng, Ke Chen, wangwei, Yang, Yang, pengwei, yuqingxu, Zhou Xinlei.A pressure-sensitive fiber optic connector for loss analysis of physical contact[J],OPTICAL FIBER TECHNOLOGY,2022,36:134-138
- [3] pengwei, liuyun, Fang, Peng, Liu, Xiuxin, gongzhenfeng, Wang, Hanqi, Fang Cheng.Compact surface plasmon resonance imaging sensing system based on general optoelectronic components[J],OPTICS EXPRESS,2022,22(5):6174-6185
- [4] meiliang, Ma, Teng, Kong, Zheng, Fei, Ruonan, Cheng, Yuan, gongzhenfeng.Comparison studies between the pulsed lidar technique and the Scheimpflug lidar technique on a near-horizontal measurement path[A],ADVANCED SENSOR SYSTEMS AND APPLICATIONS IX,2022,11191
- [5] pengwei, Zhang Xinpu, gongzhenfeng, liuyun.Miniature Fiber-Optic Strain Sensor Based on a Hybrid Interferometric Structure[J],IEEE PHOTONICS TECHNOLOGY LETTERS,2022,25(24):2385-2388
- Patents more+
- [1] 一种悬臂梁与光声池双共振增强型光声光谱检测系统及方法
- [2] 一种半开腔共振式光声池
- [3] 可调谐光纤染料激光器
- [4] 一种测量光纤连接器端面接触力和损耗的方法
- [5] 一种多腔叠加式非共振光声池及气体检测系统
- Published Books
- Research Projects more+
- [1] 教育部产学合作协同育人-光电信息创新实验室建设 , 2021-07-19 -2023-07-20 , 在研
- [2] 声学超材料在光声光谱技术中的应用研究 , 2022-08-02 , 在研
- [3] 808 nm颗粒物沙氏激光雷达 , 2023-05-15 -2024-05-10 , 在研
- [4] Mie共振增强型全光学光声光谱技术研究 , 2023-08-24 , 在研
- [5] 全光学光声光谱氟利昂泄漏气体检测技术研究 , 2023-11-01 , 在研
- Research Team
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