The research interest of Dr. Huang is focused on the development of fast, simple and low-cost sensing technology based on the technology of surface plasmon resonance and emerging nanomaterial. Furthermore, the development of portable instrument for environmental monitoring is his long term objective.

Dr. Yu Huang received a BEng degree in automation from Beijing Technology and Business University in 2004, MSc in electronic communications and computer engineering with distinction and PhD in electrical and electronic engineering from the University of Nottingham, United Kingdom, in 2005 and 2010, respectively.

   

During 2010 and 2011, he worked in the Institute of Optics And Electronics, The Chinese Academy of Sciences. From June 2011, he works in The Chongqing Institutes of Green and Intelligent Technology, Chinese Academy of Sciences.

1) Jiangling Wu ，Yu Huang ，XintongBian ， DanDanLi ， QuanCheng ，ShijiaDing，Biosensing of BCR/ABL fusion gene using anintensity-interrogation surface plasmon resonance imaging system， Optics Communications377(2016)24–32
2) Yu Huang, Di Wu,Chin-Jung Chuang，Bei Nie，Hongliang Cui，Wen Yun，Theoretical analysis of tapered fiber optic surface plasmon resonance sensor for voltage sensitivity，Optical Fiber Technology，2015，22（22）：42-45。
3) Huang, Yu ，Xia, Liangping，Wei, Wei，Chuang, Chin-Jung，Du, Chunlei，Theoretical investigation of voltage sensitivity enhancement for surface plasmon resonance based optical fiber sensor with a bimetallic layer，Optics Communications，2014，333：146-150。
4) Yu Huang, Wei Zhang, Wanyi Xie, Dongyun Tang, Hua Zhang, Chunlei Du， Influence of ions on dynamic response of surface plasmon resonance fiber optic sensor， Sensors and Actuators B 186 (2013) 199– 204
5) Yu Huang ，Mark C Pitter，Michael G Somekh，Wei Zhang，Wanyi Xie，Hua Zhang，Huanbo Wang，Shaoxi Fang，Plasmonic response of gold film to potential perturbation，SCIENCE CHINA Physics, Mechanics &Astronomy，2013，56（8）：1495-1503。
6) Yu Huang ，Liangping Xia，Zheng Yang，Yuan Liu，Wanyi Xie，Hua Zhang，Electrochemical tuned scattering of gold nanostructure，Applied Surface Science，2013，265（265）：802-809。
7)  Yu Huang ，Wei Zhang，Jiming He，Zhaoming Chen，Dongyu Tang，Lijuan Liu，Shixuan He，Objective-type dark-field imaging spectroscopy applied to monitor the orientation of non-spherical gold nanoparticles，Optical Engineering，2013，52（2）：23602-23609
8) Yu Huang ，Jiming He，Zhaoming Chen，Dongyun Tang，Lijuan Liu，Shixuan He，Numerical simulation of wavelength-modulated surface Plasmon resonance-based fiber optic sensor，Optik，2013，124（124）：4445-4448。
9) Huang, Yu ，Xie, Wanyi，Tang, Dongyun，Du, Chunlei，Theoretical analysis of voltage-dependent fiber optic surface plasmon resonance sensor，Optics Communications，2013，308：109-114。
10) Yu Huang ，Mark C. Pitter，Michael G. Somekh，Time-dependent scattering of ultrathin gold film under potential perturbation，ACS Appl Mater Interfaces，2012，4（8）：3829-3836。
11) Yu Huang ，Mark C. Pitter，Michael G. Somekh，Morphology-Dependent Voltage Sensitivity of a Gold  Nanostructure，Langmuir，2011，27（22）：13950-13961。
12) Wen Yun，Dingzhou Cai，JiaoLai Jiang，Pengxiang Zhao，Yu Huang(*)，Ge Sang，Enzyme-free and label-free ultra-sensitive colorimetric detection of Pb2+ using molecular beacon and DNAzyme based amplification strategy，Biosensors and Bioelectronics，2016，80：187-193。
13)Yufeng Sun，Haiyan Cao， Yinquan Yuan， Yu Huang，Hongliang Cui ，Wen Yun，Electrically Tunable Fiber Optic Sensor Based on Surface Plasmon Resonance，Plasmonics (2016) 11:1437–1444
14) Yufeng Sun ，Haiyan Cao，Li Ma，Hongliang Cui，Yu Huang, A wavelength selective application for an optical fiber surface plasmon resonance sensor，Optics Communications，2016，363（363）：110-116。
15) Jiangling Wu ，Yurong Yan，Shengqiang Li，Xiaojuan Ding，Shijia Ding，Yu Huang，Monitoring of patient glucose infusion using a surface plasmon resonance-based fiber optic，Measurement Science and Technology，2015，26（26）：105701-105708。
16) Wanyi Xie ,Wen Yun, Dongyun Tang, Hua Zhang, Wei Zhang, Yu Huang, Simple Pretreatment and Portable UV‐Vis Spectrum Instrument for the Rapid Detection of Melamine in Milk Products，Journal of Food Quality，2015，38（38）：297-304。
17) Yun, Wen，Li, Hong，Chen, Shiqi，Tu, Dawei，Xie, Wanyi，Huang, Yu， Aptamer-based rapid visual biosensing of melamine in whole milk，European Food Research and Technology，2014，238（6）：989-995。
18) Yan Huyong, Huang Yu, Wang Guoyin∗, Zhang Xuerui, Shang Mingsheng, Feng Lei,Dong Jianhua, Shan Kun, Wu Di, Zhou Botian, Yuan Ye，Water eutrophication evaluation based on rough set and petri nets:A case study in Xiangxi-River, Three Gorges Reservoir，Ecological Indicators 69 (2016) 463–472
19) Di Wu ,Jian-Yu Fu，Guo-Yin Wang， Yu Huang, Fiber Fabry–Perot tip sensor based on multimode photonic crystal fiber，Optics Communications，2015，338（338）：288-291。
20) Zhou, Qiuhong，He, Jiming，Huang, Yu，Chen, Youpeng，Guo, Jinsong，Nie, Bei(*)，In situ SERS interrogation of catalytic reaction on three-dimensional gold nanowire carpeted polycarbonate membranes，Analytical Methods，2014，6（13）：4625-4632。
21) Zhang, Jing ，Huang Yu，Chuang, Chin-Jung，Bivolarska, Mariya，See, Chung W.，Somekh, Michael G.，Pitter, Mark C，Polarization modulation thermal lens microscopy for imaging the orientation of non-spherical nanoparticles，Optics Express，2011，19（3）：2643-2648。

(1) 黄昱，何骥鸣，张炜，汤冬云，刘丽娟，谢婉谊，徐泽宇，张华，光纤探针传感器，中国，201210296706.8。
(2) 黄昱，张昱琳，何骥鸣，陈世奇，孔树全，傅剑宇，张炜，何国田，便携式光纤SPR食品安全检测仪，中国，201210197795.0。

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