姓名: 卞正兰

性别: 女

职称: 副教授

Email: bianzhenglan@163.com

办公地址: 上海市浦东新区沪城环路1851号

个人简介:
生于1984年，江苏盐城人，毕业于中科院上海光学精密机械研究所，光学工程博士，硕士生导师。近五年以第一作者或通讯作者发表SCI或EI收录文章20余篇，申请专利10余项。指导本科生或研究生参加电子竞赛、挑战杯等竞赛，多次获上海市一等奖、二等奖等成绩，获评优秀指导教师等荣誉称号。

研究方向:
光纤传感、光电检测、激光稳频与锁相

主讲课程:
《模拟电子技术》、《电路分析》、《光电综合实践》

科研成果:

1.         Zhenglan Bian , Siwen Cai , Fenghong Chu , Anduo Hu, Shumin   Peng , Jiaxiang Zhang. Dual-functional hydrogel optical fiber for monitoring   glucose and pH. Optical Fiber Technology, 2025,94(104337)

2.         Fenghong Chu , Jiaxiang Zhang , Zhenglan Bian, Anduo Hu ,   Shumin Peng , Wang Yao , Siwen Cai. Improved phase generated carrier   demodulation algorithm for vibration sensing system based on distributed   feedback fiber laser. Optics Communications, 2025,591(132098)

3.       Jianglin Fan, Zhenglan   Bian, Fenghong Chu, Wu Zhu, and Bin Zhou. Dissolved oxygen sensing   characteristics in blood by hydrogel optical fiber. Applied Optics, 2025,   64(8)

4.       初凤红, 张佳萌, 胡安铎, 卞正兰, 曹璐, 韩家文. 防盐雾 WO3薄膜制备及氢敏性能研究. 中国激光, 2025, 52(11)

5.       Bian, Z., Xu, Q., Chu,   F. et al. Fe³⁺ Sensing Based on Hydrogel Optical Fiber   Doped with Nitrogen Carbon Dots. J. Electron. Mater. 2024，53, 642–651

6.       FengHong Chu, YiSheng Sun, ZhengLan   Bian, GuiLin Zhang, Dan Pei,a XiaoKang Miao, Liang Xue, AnDuo Hu. Construction   of trace hydrogen detection system based on distributed feedback fiber laser,   Optical Engineering,2024,63(3):036102

7.       FengHong Chu, Dan Pei, ZhengLan   Bian, YiSheng Sun, AnDuo Hu, GuiLin Zhang, Liang Xue, JiaWen Han,JiaMeng   Zhang. WO3/Pt/PEG/SiO2 porous film for hydrogen sensing by the sol-gel   method,Applied Optics,2024,63(10): A70-A77

8.       Zhenglan Bian, Caihong Dai, Fenghong Chu, Anduo   Hu, Liang Xue, Qing Xu, Yuan Feng, and Bin Zhou,pH biosensors based on   hydrogel optical fiber, Applied optics,2023,62(31):8272-8378

9.       Hu Anduo, Dai Caihong, Qi Yue, Bian Zhenglan.   Cholesterol biosensing based on hydrogel optical fiber immobilization with   cholesterol oxidase, optik,2023, 286:170995

10.    魏超, 初凤红, 卞正兰, 魏芳. 短相干半导体激光器的射频调制特性及应用[J]. 红外与激光工程, 2023, 52(4): 20220553

11.    Fenghong Chu, Yue Mao,   Jundong Zeng, Zhenglan Bian, Anduo Hu, Hao Wen,Application of auto‑focus   algorithm in welding pool imaging system, Welding in the World, (2022)   66:2377-2388

12.    Wen Hao, Zeng Jundong,   Bian Zhenglan, Hu Anduo, Chu Fenghong, Mao Yue. Study of weld pool monitoring   system based on spatial filtering,Journal of Manufacturing Processes 76   (2022) 638–645

13.    Wei Shuangjiao, Bian   Zhenglan, Wang Xingquan, Zhang Guilin , Xue Liang, Hu Anduo, Chu Fenghong. Study   of WO3/Pt hydrogen sensitive film fabricated by Sol-Gel method, Optik ,2022,271:170124

14.    Wei Shuangjiao, Bian   Zhenglan, Wang Xingquan, Zhang Guilin , Xue Liang, Hu Anduo, Chu   Fenghong,Performance of transmitted optical fiber hydrogen sensing system   based on orthogonal demodulation method, Optics Communication,2022,502:127401

15.    刘磊，卞正兰，董作人，初凤红，王远航，李婧临，张露,山药中有机农药残留的表面增强拉曼光谱检测. 激光与光电子学进展,2022,59(4):0417001

16.    Shuangjiao Wei, Bin'ai   Li, Min Xue, Wenbin Zhao, Zhenglan Bian and Fenghong Chu. Research on An   Improved Phase Generation Carrier Demodulation Algorithm, Journal of Physics:   Conference Series 2021 4th International Conference on Modeling, Simulation   and Optimization Technologies and Applications (MSOTA2021)

17.    Chu Fenghong, Feng Shi, Bian Zhenglan, Zhao   Chunpeng, Xue Liang , Hu Anduo. Study of dissolved   oxygen sensing characteristics of hydrogel optical fiber based on   fluorescence quenching method, Optik,2021,247:168014

18.    Fenghong Chu, Pengfei Han, Shi Feng, Shuangjiao Wei, Huyong Ma,   Zhenglan Bian. Hydrogel optical fibers   functionalized with lumogallion as aluminum ions sensing platform,   Optik,2021,240:166875

19.    Huyong Ma, Binai Li, Min   Xue, Wenbin Zhao, Shuangjiao Wei, Zhenglan Bian, AND Fenghong Chu. Optimization of phase generated carrier demodulation   algorithm based on support vector regression, Applied   optics,2021,60(31):1-10

20.Zhang L, Bian Z, Hu A, Chu   F. Iodine ions sensing based on fluorescence quenching method and hydrogel   fiber doped with fluorescein[J]. Optics Communications, 2020, 475:12622

科研项目:
   2023-2025水凝胶光纤氧气传感关键问题研究及在生物医学中的应用，国家自然科学基金青年项目；

2022-2023：智慧工地多终端物联网数据计算智慧芯研制，企业横向；

2021-2022：干涉仪关键激光器件与集成控制电路研究，企业横向；

2020-2021：一种用于监测血糖的水凝胶光纤传感系统，成果转化；

2018-2019：半导体激光器稳频系统开发设计，企业横向；

2016-2018：聚合物锥形光纤SPR传感器研究，开放课题。