劉洋研發中心副主任/副教授
電子郵箱：liuy338@mail.sysu.edu.cn
研究領域：微流控系統; 自動化及機器人技術; 流動的數值模擬
劉洋，現任中山大學中法核工程與技術學院副教授，碩士生導師。
個人概況
2005 – 2009 新加坡國立大學 工程學院 機械工程系 攻讀博士學位
2002 – 2004 哈爾濱工業大學 機電工程學院 機械電子工程專業 攻讀碩士學位
1998 – 2002 哈爾濱工業大學 機電工程學院 機電控制及自動化系 攻讀學士學位
工作經歷
2012 – 至今 中山大學 中法核工程與技術學院 講師、 副教授
2009 – 2011 新加坡國立大學 新加坡-麻省理工聯合實驗室 Research Fellow
講授課程
工程制圖基礎（Engineering Drawing Basis）;
自動控制原理（全英課程） (Automatic Control);
單相流熱工水利（Single phase thermal hydraulics）;
流體及熱力循環實驗（全英課程） （Lab sessions on thermal loop） ;
大學物理基礎實驗（College Physics Foundation Lab）;
流體力學（Fluid mechanics）;
傳質學基礎（Introduction to mass transfers）;
有限元方法（Finite element methods）
科研方向
微流控系統：微流粒子分離、微流兩相流動及微混合器、微流生物芯片及相關生物力學研究；微流超聲芯片、微流介電電泳芯片技術。
Micro-fluidic systems: micro-particle separation, two-phase flow within the micro-channel and the mixing, bio-micro-fluidics and cell mechanism, micro-acoustic technic and DEP tech.
自動化及機器人技術：核電環境自動化監測系統、自動攀爬機器人、移動式監測機器人
Automatics and robotics: Automatic environmental monitoring system of the nuclear power plant, auto-climbing robot, auto-mobile robot for monitoring
流動的數值模擬：縮減基有限元、輻射污染物擴散預報
Numerical simulation: reduced basis in FEM, Forecasting of the radiation pollution for the Emergency.
Research Projects
《A study of the elastic modulus of a single cell based on the shell model using the acoustic radiation method》, NSFC funds
《超聲輻射法測量細胞包殼模型局部彈性模量的研究》，國家自然科學基金項目
《The automobile platform integrated with radiation auto-detecting system 》, CGN, Daya Bay Nuclear power plant.
《移動式輻射探測平臺集成研發》，中廣核大亞灣核電有限公司
《The Marine-Organism Monitoring System》， Yangjiang Nuclear Power Plant, CGN.
《核電基地冷源海生物實時監測系統研發》，陽江核電有限公司
《The governmental automatic radiation detecting system around Daya Bay NPP》, Guangdong Province Environmental Radiation Monitoring Center.
《大亞灣核電基地政府監督性自動化輻射監測系統升級改造》，廣東省環保廳廣東省環境輻射監測中心。
Publications
1. Zhihong Tang , Feng Cheng, Xiaoxiang Jin , Li Sun d , RuoYu Bao , Yang LIU*. An automatic marine-organism monitoring system for the intake water of the nuclear power plant. Annals of Nuclear Energy 109 (2017) 208–211.
2. LIU Yang*. The one dimensional transfer matrix model of an acoustophoresis microfluidic chip and the corresponding parameter optimization. Science Technology and Engineering. 17(1). 2017: 1671-1815.
3.Cheng Feng, Jin Xiaoxing, Wang Qiang, Bao Ruoyu, LIU Yang, Yang yong, Yu Xinglong. Water environment monitoring system for water intake of nuclear power station. China National Utility model patent, Authorization No. 2016107638671. 2017
4. Tang Zhihong, Bao Ruoyu, Feng Jianwu, LIU Yang, Chang Jian, Chen Ping. A Vehicle environment emergency monitoring system. China National Utility model patent, Authorization No. 201621070895. 2017
5. LIU Yang, Bao Ruoyu, Tang Zhihong, He Guangyuan, Feng Jianwu, Wang Biao. A Rotary electric driving device. China National Invention patent. Application No. 2017104371540.
6.LIU Yang, Huang Xian, Qing Yue，Liang Jiali, Bao Ruoyu. A Straight ladder climbing mechanism. China National Invention patent. Authorization No. ZL 2016 1 0680858.6. 2018.
7.Yang LIU*, Xian Huang, Yue QING, Jiali Liang. Design of a Climbing Robot for Nuclear Environmental Monitoring. 2nd Annual International Conference on Computer Science and Mechanical Automation [CSMA2016]， 2016-10-15, Wuhan.
8.LIU Yang ,Wang Biao, Zhu Yunzhong. A Crystal growth lifting device. China National Invention patent. Authorization No. 2014101388616. 2016.
9.LIU Yang ,Wang Biao, Ma Decai. A device for growing artificial crystal by pulling method. China National Invention patent. Authorization No. 201410117266.4. 2016
10. LIU Yang，Wang Biao. An On line oil-water separation device. China National Invention patent. Authorization No. 2014107480599. 2016.
11. Yang LIU*, Deny Hartono, Kian-Meng Lim. Cell separation and transportation between two miscible fluid streams using ultrasound. Biomicrofluidics, Vol.6, Issue 1, 2012
12. Deny Hartono, Yang LIU, Pei Lin Tan, Xin Yi Sherlene Then, Lin-Yue Lanry Yung, Kian-Meng Lim. On-chip measurements of cell compressibility via acoustic radiation. Lab on a chip. DOI:10.1039/c1lc20687g , 2011.
13. Yang LIU*, Kian-Meng Lim. Particle separation in microfluidics using a switching ultrasonic field. Lab on a chip. DOI: 10.1039/c1lc20481e, 2011
14. Yang LIU*, Kian-meng LIM. Particle transport across bi-fluid interface using acoustic radiation force, Modern Physics Letters B, 24(13) pp. 1397-1400, 2010
15. LIU Yang, Fu Li-xin, Du Zhi-jiang, The automatic C-arm X-ray machine for the orthopedic operation. High technology. CHINESE HIGH TECHNOLOGY LETTERS. V01,2005.
16. Fu Li-xin, LIU Yang, Du Zhi-jiang, Input shaping to reduce the residual vibration of X-ray machine with high inertia. Journal of Vibration Engineering V01．18 No．3 Sep．2005* Corresponding Author.
中法核工程與技術學院
中法核工程與技術學院