陈志超教授所带领的团队长期从事生物及化学传感前沿技术研究,研究课题涵盖环境中水质、气体等的实时监测、光纤生物医疗传感领域、光纤压力传感检测、光纤磁流体应用、基于光纤传感的工业在线测量系统等多个领域,例如基于光纤Sagnac环的用于测量人类平滑肌细胞牵引力的生物传感器、基于部分液体注入空心光纤的F-P干涉仪水下超声波探测器等。由于其在光纤传感研究领域的多年努力和国际的认可,其在国外的研究项目课题为16项,国内研究项目课题为8项(目前在研5项),总获得4000万左右人民币的研究经费,同时更被委任为电气电子工程师学会IEEE Sensors Journal和Journal of Sensors国际杂志副编职位,并是多个SCI学术期刊审稿人,包括Applied Physics Letters, Optics Letters, Sensors and Actuators A and B, Optics Communications, Optical Engineering, IEEE Photonics Technology Letters。
近年来,申请人所带领的团队已发表SCI论文200余篇(H-index 36,他引3694次),其中JCR分区一区文章达65篇,二区68篇。发表国际论文期刊包括Biosensors and Bioelectronics, Sensors and Actuators B: Chemical, Optics Letters, Journal Of Lightwave Technology, Applied Physics Letters, Optics Express, IEEE Journals of Selected Topics in Quantum Electronic等。申请包含PCT国际专利在内的5项专利,其中1项已公开,申请中国实用新型专利10多项,参与编辑3本教学书籍,取得了一系列重要的研究成果。
实验室承担主要科研任务情况
1、2018年度教育部协同育人项目,201801013033,实践条件和实践基地建设-基于Compact-RIO系统的光纤传感系统实验平台建设与研究,2018,10万元,已结题,项目负责人;
2、新引进高端人才财政补助科研启动项目,1814309011180001,研发光学实时水质监测系统,2018 01-2020 12,450万元,已结题,项目负责人;
3、新引进教师科研启动项目,1814309011170015,开发一种高灵敏度的机械应用实时压力传感系统,2017 10-2019 09,10万元,已结题,项目负责人;
4、广东省省级重大科研项目,2018KZDXM077,研发基于光纤声发射传感器的管道裂缝在线定位系统,2019 6-2022 5,30万元,在研,项目负责人;
5、深圳市稳定支持计划面上项目,光纤远程水质监测系统研究,2021 03-2023 12,30万元,在研,项目负责人;
6、深圳技术大学校级科研项目,水污染光纤远程检测关键技术研究,2020,30万元,在研,项目负责人;
7、深圳技术大学自制仪器项目,啤酒检测自制仪器研制,2021 01-2021 12,100万元,在研,项目负责人;
8、广东省普通高校创新团队项目(自然科学),面向海洋探测的多模态传感系统,2020 09-2023 09,50万元,在研,主要参与人。
9、广东省重大科研项目,面向航空航天应用的光纤矢量多点微振动传感技术研究 2020-2022,30万,在研,项目负责人,汪超;
10、深圳市科技创新委员会, 基础研究重点项目,基于光纤空心微腔的海洋水文传感技术研究 2021-2023,250万,在研,项目负责人,汪超。
11、广东省普通高校青年创新人才类项目:基于纳米发电机的自驱动可穿戴传感系统研究,2019KQNCX180,5万元,2020/01-2021/12,在研,项目负责人,龚子丹;
12、校企合作项目:柔性可穿戴设备的激光加工工艺探索,4万,2021-2023,项目负责人,龚子丹;
13、中国博士后科学基金面上项目,光纤端微球的光动力自组装技术与应用2019-2020,8万,结题,项目负责人,苑婷婷;
14、国家自然科学基金委员会, 青年科学基金项目,多芯光纤细胞传感器2020-2022,22万,在研,项目负责人,苑婷婷。
团队发表论文情况
1. Zhang, P, Wang, C, Wan, L, Zhang, Q, Gong, Z, Qin, Z, & C C Chan (2022), Opto-Microfluidic Fabry-Perot Sensor with Extended Air Cavity and Enhanced Pressure Sensitivity Micromachines, 13(1), 19
2. Kong, P W, Pan, J W , Fong, D T, Leow, Y, Liu, Y, C C Chan, & Heng, M L W (2021), Within-day and between-day reliability of a fbg-based smart sock system for measuring active toe flexion displacement of the hallux Journal of Mechanics in Medicine and Biology, 21(07), 2150057
3. Xu, Y, Ruan, S, C C Chan, & Dong, X (2021, August), High-Sensitivity Salinity Sensor by Using Core-Offset Based Fiber MZI In 2021 19th International Conference on Optical Communications and Networks (ICOCN) (pp 1-3), IEEE
4. Tang, Y, Zhang, Q, Dong, X, & C C Chan (2021, August), Cu 2+ Detecting by Using Optical Fiber Mach-Zehnder Interferometer Coated with CS/PAA In 2021 19th International Conference on Optical Communications and Networks (ICOCN) (pp 1-3) IEEE
5. Lao, J, Zheng, P, Wan, L, Zhang, Q, Wang, C, & C C Chan (2021, August), Development of a fluidic pressure sensor by using a surface modified fiber Bragg grating, In 2021 19th International Conference on Optical Communications and Networks (ICOCN) (pp 1-3) IEEE
6. Zhang, P, Xiang, Z, Wang, F, Tang, Y, Wang, C, C C Chan, & Qin, Z, (2021, August), Fiber optic acoustic sensor based on Fiber Bragg grating Fabry-Perot (FBG-FP) cavity, In 2021 19th International Conference on Optical Communications and Networks (ICOCN) (pp 1-3) IEEE
7. Tang, Lao, J, Zheng, P, Wan, L, Zhang, Q, Wang, C, & C C Chan (2021, August) Development of a fluidic pressure sensor by using a surface modified fiber Bragg grating, In2021 19th International Conference on Optical Communications and Networks (ICOCN) (pp 1-3) IEEE
8. Zhang, P, Xiang, Z, Wang, F, Tang, Y, Wang, C, C C Chan, & Qin, Z, (2021, August), Fiber optic acoustic sensor based on Fiber Bragg grating Fabry-Perot (FBG-FP) cavity, In 2021 19th International Conference on Optical Communications and Networks (ICOCN) (pp 1-3) IEEE
9. Tang, Y, Wang, C, Ruan, S, C C Chan, & Dong, X (2021, August), Virtual Vernier effect-based high sensitivity optical fiber humidity sensor, In 2021 19th International Conference on Optical Communications and Networks (ICOCN) (pp 1-3) IEEE
10. Zhang, P, Wang, C, C C Chan, Tang, Y, Wan, L, & Zhang, Q (2021, July) Fiber Fluid-pressure Sensor with Extended Air Cavity, In Optoelectronics and Communications Conference (pp JS3F-7) Optical Society of America
11. Y, Wang, C, Ruan, S, C C Chan, & Dong, X (2021, August) Virtual Vernier effect-based high sensitivity optical fiber humidity sensor, In 2021 19th International Conference on Optical Communications and Networks (ICOCN) (pp 1-3) IEEE
12. Zhang, P, Wang, C, C C Chan, Tang, Y, Wan, L, & Zhang, Q (2021, July) Fiber Fluid-pressure Sensor with Extended Air Cavity, In Optoelectronics and Communications Conference (pp JS3F-7) Optical Society of America
13. Ma, Z, Zhang, Q, & C C Chan (2021, March) A taper-in-taper fiber optic biosensor based on Mach-Zehnder interferometer for human sweat pH detection In Global Intelligent Industry Conference 2020 (Vol 11780, p 1178004) International Society for Optics and Photonics
14. He, T, Pan, G, Zhang, L, Xu, F, Yang, C, C C Chan, & Zheng, G (2021, February) Design and fabrication of large-size powersphere for wireless energy transmission via laser In Photonics (Vol 8, No 2, p 35) Multidisciplinary Digital Publishing Institute
15. Tang, Y, Zhang, Q, Dong, X, & C C Chan (2020, September) Optical Fiber Copper (II) ion Sensor Based on Long Period Fiber Grating In 2020 IEEE 5th Optoelectronics Global Conference (OGC) (pp 147-150) IEEE
16. Xu, Y, Zhang, Q, Tang, Y, Tang, Y, Wan, L, Dong, X, & C C Chan (2020, September) Long-Period Fiber Grating Wide-Range pH Sensor Based on Polyvinyl Alcohol/Polyacrylic Acid Hydrogel Coating In 2020 IEEE 5th Optoelectronics Global Conference (OGC) (pp 140-142) IEEE
17. Zhou, Z, Gong, Z, Dong, B, Ruan, S, & C C Chan (2020) Enhanced sensitivity refractometer based on spherical Mach–Zehnder interferometer with side-polished structure, IEEE Sensors Journal, 21(2), 1548-1553
18. Xiang, Z, Liu, J, Zhou, Z, Ma, Z, Gong, Zhang, J, & C C Chan (2020, July) Wearable Real-Time Monitoring System Based on Fiber Bragg Grating Pressure Sensor for Compression Therapy Applications, In International Conference on Applied Human Factors and Ergonomics (pp 552-559) Springer, Cham
19. Shumi Zhao, Chongyang Ye, Lingxiao Jing, Zidan Gong, Jianxun Liu, Jinchao Chen, C C Chan, Shuangchen Ruan (2020) Development of a soft pneumatic actuator system based on flexible force sensor for lower limb compression therapy IEEE Sensors Journal, 20(21), 12765-12775
20. Leow, Y, Heng, M L W, Liu, Y, Fong, D T, C C Chan, & Kong, P W (2020) Validity of a FBG-based smart sock system for measuring toe grip function in human foot Journal of Mechanics in Medicine and Biology, 20(03), 2050015
21. Zhao, S, Liu, J, Gong, Z, Lei, Y, OuYang, X, C C Chan, & Ruan, S (2020) Wearable physiological monitoring system based on electrocardiography and electromyography for upper limb rehabilitation training Sensors, 20(17), 4861
22. Xiang, Z, Wan, L, Gong, Z, Zhou, Z, Ma, Z, OuYang, X, & C C Chan (2019) Multifunctional textile platform for fiber optic wearable temperature-monitoring application Micromachines, 10(12), 866
23. Kong, P W, C C Chan, Heng, M L, Liu, Y, Leow, Y, & Fong, D T (2019) Fiber Bragg grating sensors for clinical measurement of the first metatarsophalangeal joint quasi-stiffness, IEEE Sensors Journal, 20(3), 1322-1328
24. Niu, L, Kong, P W, Tay, C S, Lin, Y, Wu, B, Ding, Z, & C C Chan (2019) Evaluating on-water kayak paddling performance using optical fiber technology IEEE Sensors Journal, 19(24), 11918-11925
25. Wu, B, Chen, L, Zhao, C, & C C Chan (2019) Polypyrrole-coated polarization maintaining fiber-based Vernier effect for isopropanol measurement Journal of Lightwave Technology, 37(11), 2768-2772
26. Wang, Y R, Tou, Z Q, Ravikumar, R, Lim, Y Y, Ding, Z W, Zhao, C L, & C C Chan (2019) Reflection-based thin-core modal interferometry optical fiber functionalized with PAA-PBA/PVA for glucose detection under physiological pH Journal of Lightwave Technology, 37(11), 2773-2777
27. Ravikumar, R, Chen, L H, Hui, M M X, & C C Chan (2019) Ion-imprinted chitosan-based interferometric sensor for selective detection of heavy metal ions Journal of Lightwave Technology, 37(11), 2778-2783
28. Ding, Z W, Ravikumar, R, Zhao, C L, Chen, L H, & C C Chan (2019) Chitosan/Poly (acrylic acid) based fiber-optic surface plasmon resonance sensor for Cu 2+ ions detection Journal of Lightwave Technology, 37(10), 2246-2252
29. Gong, Z, Xiang, Z, OuYang, X, Zhang, J, Lau, N, Zhou, J, & C C Chan (2019) Wearable fiber optic technology based on smart textile: A review Materials, 12(20), 3311
30. Ma, Q F, Tou, Z Q, Ni, K, Lim, Y Y, Lin, Y F, Wang, Y R, & C C Chan (2018) Carbon-nanotube/Polyvinyl alcohol coated thin core fiber sensor for humidity measurement Sensors and Actuators B: Chemical, 257, 800-806
31. Niu, L, Chen, L H, Tou, Z Q, Tay, C S, Lin, Y F, Kong, P W, & C C Chan (2018) Kayaking paddle blade compression load distribution sensing system based on optical fiber with a polydimethylsiloxane membrane Applied Optics, 57(6), 1387-1392
32. Ravikumar, R, Chen, L H, Jayaraman, P, Poh, C L, & C C Chan (2018) Chitosan-nickel film based interferometric optical fiber sensor for label-free detection of histidine tagged proteins Biosensors and Bioelectronics, 99, 578-585
团队申请论文情况
1. 专利权人:深圳技术大学,一种Cu2+浓度检测装置及其制备方法,2021 1 29,PCT,国际,PCT/CN2020/107909
2. 专利权人:深圳技术大学,光纤声波检测探头,2020 10 14,实用新型,中国,CN202022286889 8(已授权)
3. 专利权人:深圳技术大学,光纤传感器及测量装置,2020 11 04,实用新型,中国,CN202022530314 6(已授权)
4. 专利权人:深圳技术大学,一种光纤折射率传感器,2020 7 22,实用新型,中国,CN202021467940 9(已授权)
5. 专利权人:深圳技术大学,一种pb2+浓度检测传感器及检测装置,2020 10 20,实用新型,中国,CN202022346112 6(已授权)
6. 专利权人:深圳技术大学,一种用于海洋环境的新型光纤光栅压力传感器及其系统,2021 6 11,实用新型,中国,CN202121306412 X(已授权)
7. 专利权人:深圳技术大学,牙齿压力检测装置、系统及牙齿佩戴装置,2021 2 25,实用新型,中国,CN202120410666 X(已授权)
8. 专利权人:深圳技术大学,温度监测装置及系统,2021 3 25,实用新型,中国,CN202120605531 9(已授权)
9. 专利权人:深圳技术大学,一种基于光纤传感器的桨叶压力监测系统及桨叶,2019 8 21,实用新型,中国, CN201921376127 8(已授权)
10. 专利权人:深圳技术大学,适用于静压测量的传感结构,2021 7 30,实用新型,中国,CN202121778119 3(申请中)
11. 专利权人:深圳技术大学,一种基于LPG和FBG的联级结构振动传感器,2022 1 13,实用新型,中国,CN202220092494 0(申请中)
12. 专利权人:深圳技术大学,一种新型的光纤光栅液压传感器,2021 11 19,实用新型,中国,CN202122836810 9(申请中)
13. 专利权人:深圳技术大学,一基于光纤错位熔接的盐度/湿度同步测量传感器及其系统,2021 8 18,实用新型,中国,CN202121932895 4(申请中)
14. 专利权人:深圳技术大学,基于LPG和FBG联级结构振动传感器的实验装置系统,2022 1 13,发明,申请,中国,CN202210036673 7
15. 专利权人:深圳技术大学,一种光纤振动传感器的制作方法,2022 1 13,发明,申请,中国,CN202210036478 4
16. 专利权人:深圳技术大学,温度监测装置及系统,2012 3 25,发明,公开,中国,CN202110317977 6
17. 专利权人:深圳技术大学,pb2+浓度检测传感器、装置、制备方法及使用方法 ,2020 10 20,发明,公开,中国,CN202011125606 X
18. 专利权人:深圳技术大学,一种基于动态阎值距离质心算法处理FBG 中心波长的解调方法,2021 09 10,发明,公开,中国,CN202111063679 5
19. 专利权人:深圳技术大学,静压传感器的制作方法,2021 07 30,发明,公开,中国,CN202110871916 4
20. 专利权人:深圳技术大学,一种光纤折射率传感器及折射率检测方法,2021 07 22,发明,公开,中国,CN202010710850 6
21. 专利权人:深圳技术大学,一种Cu2+浓度检测装置及其制备方法,2020 6 12,发明,公开,中国,CN202010534856 2
22. 专利权人:深圳技术大学,柔性混合发电机及制备方法与应用、柔性自充电装置,2020 5 28,发明,公开,中国,CN202010468359 7
23. 专利权人:深圳技术大学,一种基于光纤传感器的桨叶压力监测系统及桨叶,2019 8 21,发明,公开,中国,CN201910774906 1