Published textbook 1, Metal Technology, Hebei University Press, published on June 20 10; (Editor-in-Chief) 2. Inspection and Maintenance of Automobile Electrical Equipment, published by Hebei University Press on June 20 10; (Editor) 3. Automobile Engine Structure and Maintenance, Hebei University Press, published on June 20 10; (Editor-in-Chief) Main academic papers Dong Xiaoping, Geng,. Mechanism of cycle capacity attenuation of La-Mg-Ni alloy, battery, 20 1 1, 41(1):1-66. Zhao. Effect of annealing methods on electrochemical properties of la0.75mg0.25ni3.44co0.2al0.03ti0.03 alloy, Journal of Material Heat Treatment.20 20 10/0 Dong Xiaoping, Lin, Zhang and Wang Xinlin. Effect of preparation process on properties of La0.80 Mg0.20 Ni3.75 alloy, rare metal and cemented carbide electrode. Dong Xiaoping, Zhang, Lu Fanxiu, Wang Xinlin. Effect of annealing on the structure and electrochemical properties of La0.75mg0.25ni3.5cox (x = 0,0.6) alloy Functional materials. Dong Xiaoping, Lu Fanxiu, Zhang, Wang Xinlin. Effect of annealing temperature on the structure and electrochemical properties of La0.75Mg0.25Ni3.5Co0.2 alloy. China Rare Earth Journal. Dong Xiaoping, Zhang,,, Lu Xiuxiu, Wang Xinlin. Effect of charging and discharging system on performance of hydrogen storage alloy electrode. Battery Dong Xiaoping, Lu Fanxiu, Zhang, Wang Xinlin. Structure and electrochemical properties of La-Mg-Ni hydrogen storage alloy. Project undertaken by Battery 1, Study on the Relationship between Electrochemical Corrosion and Cyclic Performance of Dynamic La-Mg-Ni Hydrogen Storage Alloy, (Presided), Project of Natural Science Foundation of Hebei Province, project time: 201KLOC-0/,under research 2, dynamic A2B7. 3. Study on electrochemical cycle stability of rapidly quenched La-Mg-Ni hydrogen storage alloy (one of the main research projects), supported by the National Natural Science Foundation of China, which was established in June, 5438+October, 2008. 4. Preparation of high-capacity nanocrystalline/amorphous magnesium-based composite hydrogen storage materials for fuel cells by special process (one of the main research projects); The National High-tech Research and Development Program (863) was established on June 5438+ 10, 2007. 5. High-capacity amorphous/nanocrystalline La-Mg-Ni AB3 multiphase hydrogen storage alloy and its preparation process, (participant), national high-tech research and development plan (863) project, which was established in June, 5406. 6. Research and development of dissimilar metal welding joint corrosion engineering technology, (one of the main research projects), (horizontal project), project time: 20 10, May 2008, under study. 7. Improved design of tool rest and cutter of groove cleaner, (one of the main research projects), (horizontal project), project time: 20 1 1, March 2008, under study. 8. Study on the Failure Mechanism of Vehicle-mounted Rare Earth-magnesium-based Hydrogen Storage Alloy Electrodes, (Tutor), Hebei University College Students' Science and Technology Innovation Project, which was established on June 20 10, and has been concluded. 9. Study on interphase electrochemical corrosion and cycle performance of multiphase La-Mg-Ni alloy, (tutor), scientific and technological innovation project of Hebei University students, project time: 2011May, under study. Main academic conference in 2006, June 25-30, participated in the 2006 Beijing International Materials Week (BIMW) seminar sponsored by China Materials Research Society, and published papers; On June 65438-1October1June 16, 2007, youth committee of chinese materials research society hosted the 4th China Youth Materials Science and Technology Symposium at home and abroad and the 11th China Youth Materials Science and Technology Symposium, and published papers. In 20091October 26-29 10, he participated in the 6th China Heat Treatment Activity Week symposium sponsored by the Heat Treatment Society, and gave an academic report on "Structure and Properties of La-Mg-Ni Hydrogen Storage Alloy".