Recently, our school organized the selection of excellent doctoral and master's dissertations at the school level in 2019. Under the careful guidance of Kui Jiao, Qing Du, Yan Yin and other teachers, five doctoral and master's dissertations of our laboratory were awarded the honorary title of excellent doctoral/master's dissertation of Tianjin University in 2019.
The selection of excellent postgraduate dissertations is an important measure taken by our university to improve the level of postgraduate dissertations and the quality of postgraduate training. By selecting excellent postgraduate dissertations, we can create a spiritual atmosphere of advocating scientific rigorous style of study and climbing the peak of science, and encourage postgraduates to engage in scientific research. With the initiative and initiative of innovation, more innovative scientific research results will be produced. On the basis of individual application and college recommendation, the office of the academic degree evaluation committee organizes the sub-evaluation of relevant subject experts. At the same time, it examines and verifies the statistics of the scientific research achievements of the applicants reported by the college. Finally, it is approved by the leading group of academic degree thesis evaluation of outstanding graduates. The awards of these postgraduate honors fully demonstrate the achievements and efforts of our laboratory in scientific research and the improvement of the quality of postgraduate training.
It is believed that with the joint efforts of teachers and students, the graduate students of the electrochemical thermophysics laboratory will be able to climb the peak bravely in their future scientific research life and achieve good results again!
Our laboratory was selected as the list of outstanding doctoral/master's dissertations in 2019
Theoretical and experimental study on cold start and icing mechanism of metal foam fuel cell
Research on Key Technologies of Hydrothermal Management for Vehicle Fuel Cells
Three-Dimensional Multi-Field Coupling Simulation of Solid Oxide Fuel Cells for Coal Gasification Power Generation
Study on the Effect of Variable Section Runner on the Transmission Properties and Battery Performance of PEMFC
Three-Dimensional Multi-Field Coupled Simulation of Common Electrolysis Performance of Solid Oxide Electrolytic Cells
Ph.D. Graduates'Responding Spot
The Ph.D. Graduates'Defense Successfully Ended