Type | Items | Contents |
1 Basic data | Name | Wang Qiuying |
Photo | ||
itle | Doctor | |
Position | Associate Professor | |
Office | Dynamic Building 228-7 | |
Address | Email:wangqiuying@seu.edu.cn Mobile：13584006833 | |
Research Interests | 1)Thermal dynamic engineering of power plant 2)Application of volume measurement technology of coal heaps in power plant 3)Engineering fluid mechanics and its application 4)DBD plasma technology and its application in energy conversion 5)Environmental protection and sustainable development | |
2 Data for webpage | Resume | ²1997.4--1999.4 Dynamic department, Southeast University, assistant; ²1999.4--2004.4 Dynamic department, Southeast University, lecturer; ²2004.4-- 2013 School of energy and environment, Southeast University, associate professor |
Teaching | 1)Engineering fluid mechanics 2)Introduction of environment and sustainable development | |
Academic/teaching Projects | 1)the Doctoral Research Fund of Higher Education of China (No. 20070286099): Research on DBD solid fuels liquefaction and phase transformation mechanism, 2008-2010 2)Development of automatic measurement system of coal heaps in power plant, 2013-2014 | |
Awards& Achievements | 1)Excellent prizes for Basic Thermal Engineering course group by Southeast University in 2004 2)The second prize of outstanding achievements in educationfor the reform and construction of Engineering Fluid Mechanics by Southeast University in 2004 | |
Publications (papers & academic book etc.) | 1)Gui Keting,Wang Jun, Wang Qiuying. Engineering fluid mechanics, Beijing: Science Press. 2)Ma Guang, Lv Xiwu, Wang Qiuying, et al. Introduction of environment and sustainable development, Beijing: Science Press. 3)Wang Q Y, Zhang X, Gu F. Investigation on interior moisture distribution inducing dielectric anisotropy of coals. Fuel Processing Technology, 2008, 89(6): 633-641 4)Wang Q Y，Li S，Gu F. Mechanism of phase transition from liquid to gas under dielectric barrier discharge plasma. Plasma Science and Technology, 2010, 12(5):585-591 5)Wang Q Y，Gu F. Coal Liquefaction by Dielectric Barrier Discharge Plasma. Plasma Science and Technology, 2013, 15(7): 654-658 6)Wang Q Y，Wang D F, Gu F. Research on the effect of dielectric barrier discharge on coal liquefaction, environment engineering, 2009, 27: 112-115 7)Wang Qiuying, Gu Fan. Mechanism analysis ofmultiphasemediums interaction of solid fuels liquefaction by dielectric barrier discharge plasma. Journal of Southeast University, 2010，40(4): 800-804 8)Wang Qiuying, Fang Weiwen, Gu Fan. Kinetic analysis of solid burnable liquefaction reaction by DBD plasma, Chinese Journal of Environmental Eng ineering, 2011，5(3): 21-25 9)Wang Qiuying, Gu Fan. Application of plasma technique in coal conversion, Energy Conservation, 2009, 28(11): 8-12 10)Wang Qiuying, Gu Fan. Biomass liquefaction by dielectric barrier discharge plasma, Transactions of the CSAE, 2010, 26(2)：290-294 11)Wang Qiuying, Wei Yanli, Li Tingting, et al. Kinetic analysis of liquid -solid reaction in DBD plasma coal liquefaction. Journal of Engineering Thermophysics, 2008, 29(5): 897-899 12)Wang Qiuying, Gu Fan. New advances in the study of coal liquefaction technology, Energy research and utilization , 2008, 3: 30-3 | |
Patents | 1)Gu F, Wang D F, Wang Q Y. Liquefaction of liquid-solid medium barrier plasma coal under normal atmospheric pressure involves applying plasma on liquid/solid mixture of coal grain and hydrogen donating solvent, CN200710024648.2 2)Wang Qiuying, Cheng Li, Lu Minning, et al.A fixed type omnidirectional laser coal stocktaking device, CN201220166684.9 3)Cheng Li, Wang Qiuying, et al. A laser scanner protective cover device, CN201220166654.8 | |
The supervised postgraduate students (including their emails) | 1)Wu Peng, wupeng0211@126.com 2)Deng Hua, 1335971790@qq.com |