Dr.Yubin Fu
Professorof Material Physics, Institute of Materials Science and Engineering,Ocean University of China.
1Education experience
PhD,2005, Condensed Matter Physics, Institute of Solid Physics, ChinaAcademy of Science (CAS), Hefei, Anhui, China.
MA,1994, Institute of Materials and Chemical Engineering, BeijingInstitute of Technology, Beijing, China.
BS,1991, Department of Chemistry, Henan Normal University, HenanProvince, China.
2Job experience
1994-2006,Luoyang Ship Material Research Institute, Luoyang, China. Engaged inbiological antifouling materials and technology for ship and marineengineering.
2007-Present,Ocean University of China, Qingdao, China. Research concerning novelmarine bio-energy technology and application, the interfacialelectric interaction between electrode and sea water or biofilm.
3Teaching Courses:
(1)Introduction of Inorganic Materials for polymer students
(2)Materials Failure Analysis for graduate students
4Research interests and fields
(1)Electrode electrochemistry and novel sensor for marine development
(2)Novel marine bio-energy and bio-power for ocean floor electronicequipment work
(3)Novel bio-antifouling and anti-corrosion technology
(4)Material failure analysis
5Lead Research Projects
(1)Power source and supply key technology for marine monitor equipmentby using marine sediment microbial fuel cell and its long-term seatest. 2011-2014. GHME2011GD04.National Ocean Bureau. RMB1800000.
(2)Interfacial properties between modified anode and biofilm and itskinetic activity of electron transfer in marine sediment microbialfuel cell. 2011-2014. ZR2011BZ008.Keyfund of Natural Science of Shandong Province, China. RMB140000.
(3)Novel sensor for marine electric field test and its application.2011-2016. 2012AA09A20101—C. National 863 Branch Project.RMB1200000.
(4)Surface modification technology of anode in marine sedimentmicrobial fuel cell. 2008-2010. 2008GG10007003.Techonology Application Project of Shandong Province, China. RMB200000.
(5)Marine bio-antifouling materials and test technology. 2001-2005.National Defense Fundamental Key Project. RMB 1500000.
(6)Fabrication research of marine bio-antifouling active substance forship. 2000-2002. National Fundamental Project. RMB 100000.
(7)Metalized lipid self-assembly microtubule structure and its microwaveelectro-magnetic property. 2000-2001. National Fundamental Project.RMB 80000.
(8)Metalized lipid self-assembly microtubule structure and its microwaveactive mechanism. 2002-2003. National Fundamental Project. RMB 80000.
(9)Effect of bacterial biofilm on the attachment of fouling organism onship hull. 1996-1999. National Fundamental Project. RMB 100000.
(MoreParticipation projects)
6Company Cooperation projects (Part)
(1)Al freezing tube leakage analysis and prevention (Lead, China HaierGroup)
(2)Compressor valve break failure and mechanism analysis inrefrigerators (Lead, China Haier Group)
(3)Corrosion life evaluation of underway water tube net of 1ststeel furnace in Shanghai Bao-gang Steel Group (Participation,Shanghai Bao-gang Steel Group)
(4)Corrosion evaluation of copper plate for heat exchange and itsapplication in marine biological culture (Lead, AmericanInternational Copper Association).
(5)Stress calculation and corrosion evaluation of several steels inhigh-pressure chemical vessel (Lead, China Wan-Hua Chemical Group).
(6)Change design and failure analysis of Cu replacement by Al in homeelectric equipments (Lead, China HiSense Group)
7 Patents: 15 (No detail information)
8Part Articles
(1)Yubin FU, Qian XU, Xuerong Zai, Yuanyuan LIU, Zhikai LU. Lowelectrical potential anode modified with Fe/ferric oxide and itsapplication in marine benthic microbial fuel cell with higher voltageand power output. Applied Surface Science, 2014, 289, 472-477.
(2) Yubin Fuetal. Graphite coated with manganese oxide/multiwall carbon nanotubescomposites as anodes in marine benthic microbial fuel cells. AppliedSurface Science, 2014, 317, 84-89.
(3)FUYubin, LIU Yuanyuan, XU Qian, LU Zhikai, and ZHANGYelong.Comparative study of two carbon fiber cathodes and theoreticalanalysis in microbial fuel cells on ocean floor.J. OceanUniv. China (Oceanic and Coastal Sea Research), 2014, 13(2),257-261.
(4)LU Zhikai, FU Yubin,etal. Application of modified foam graphite anode with lowpotential in marine benthic microbial fuel cell (in Chinese). Journalof Inorganic Materials, 2013, 28(3), 278-282. http://www.jim.org.cn/EN/volumn/home.shtml
(5)FU Yubinetal. Electrochemical properties of electrode with differentshapes and diffusion kinetic analysis of microbial fuel cells onocean floor. Journal of Ocean University of China (Oceanic andCoastal Research), 2012, 1，25-31.
(6)Fu Yubin etal. Application research of marine sedimentmicrobial fuel cell as power supply to drive small electronicequipments. Periodical of Ocean University of China. 2012,6，93-98.http://www4.ouc.edu.cn/xbzrb/
(7)FU Yubin etal. Sulfonated polyaniline/Vanadate composite asanode material and its electrochemical property in microbial fuelcells on ocean floor. Science China Chemistry, 2011, 54(5),844-849. http://link.springer.com/journal/11426/54/5/page/1
(8)LI Jianhai, FUYubin etal. Effect of electrodeshape on power and internal resistance in benthic microbial fuel cellmaterial on marine sediment. Advanced Materials Research,2009,79-82, 2195-2198.
(9)Chao Yang, Weimin GUO, Yubin Fu. Study on the corrosionbehavior of 7A52 Al alloys welded joint by electrochemical method.International Journal of Electrochemical Science, 2013, 9308-9316.
(10)Yang Gao, Wenhua Cheng, Yubin Fu. Design and sensing researchof the stepped metal film on optical fiber. Proceedings of SPIE,2013, 87220P1-7.
(11)Yubin Fu, Xuerong ZAi. Dielectric properties of ceramiccomposite with nano-sized Ni on tubular halloysite template underhigh frequency. Journal of Nanoscience and Nanotechnology,2009,3, 1964-1971.
