»Research Interests Enhance oil recovery technology, Multiphase filtration mechanics study, Thermal development for heavy oil reservoir, Development method study of low permeability reservoir. »Courses Offered Reservoir engineering, Petroleum engineering practice and design, Reservoir numerical simulation »Research Projects 1. ��Study of remaining oil distribution forecast for complicated reservoir��--- National Science and Technology Major Project. 2. ��Study the enhance oil recovery technology for oilfield in super high water cut period��--- National Science and Technology Major Project. 3. ��Enhance oil recovery of Jinzhou 9-3 and Lvda 10-1 oilfields with high water cut and recovery percent of reserves��. --- Applied co-operation project sponsored by CNOOC. 4. ��Reservoir numerical simulation and dynamic monitoring for steam flooding reservoir of Cao 4��--- Applied co-operation project sponsored by Sinopec. 5. ��Water influx mechanics study and development method investigate for heavy oil reservoir with bottom and boundary water��--- Applied co-operation project sponsored by Sinopec.
»Paper and Publications 1. ��Establishing and solving of a one-dimensional well-ground potential model����Journal of China University of Petroleum (Edition of Natural Science), (2015) 39: 99-103�� 2. ��Microscopic displacement mechanics of oil droplet remaining in hydrophilic media����Journal of Northeast Petroleum University, (2015) 39: 95-99. 3. ��Microscopic displacement mechanism of oil film remaining in hydrophobic porous media���� Journal of Northeast Petroleum University, (2014) 38: 80-84�� 4. ��A new index of injection-production pattern evaluation in super high water cut stage����Special Oil and Gas Reservoirs, (2013) 20: 66-69�� 5. ��A Case Study on Foamy Oil Characteristics of the Orinoco Belt, Venezuela����Advances in Petroleum Exploration and Development, (2013) �� 6. ��Quantitative description of vertical well water coning in bottom water reservoir with no interlayer����Petroleum Geology and Recovery Efficiency, (2012) 19: 78-81�� 7.��Method of recognizing preferred water flow channels with dimensionless pressure drop curve����Journal of China University of Petroleum (Edition of Natural Science), (2011) 35: 89-93��
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