Facing the key materials and molding needs of national defense, it systematically carried out research on fiber surface modification and composite materials, presided over a major project of the Science and Technology Commission of the Military Commission, the key research and development of Guangdong Province, the National Natural Science Foundation, the Director's fund of the Fourth Academy of Aerospace, etc., led to declare 1 national key research and development plan, successfully applied 2 scientific research results, and obtained more than 10 million scientific research funds. He has published 17 SCI papers and 9 EI papers (including 11 SCI top journals), obtained 11 invention patents, led to the approval of 2 university-level joint laboratories, and led to the approval of 1 graduate industry-university-research training base of Beijing Institute of Technology. Guided 5 graduate students to obtain national scholarships for graduate students.
Main social part-time situation:
1. Member of the ninth and tenth High Temperature Professional Committee of China Corrosion and Protection Society
2, the Degree Center of the Ministry of Education degree thesis review expert
3. Reviewer of Corrosion Science, Surface and Coating Technology, Ceramics International, Materials Guide, Journal of material Heat treatment, Journal of composite materials, etc.

1, fiber surface modification and coating characteristics research;
2, ceramic matrix composite material design and preparation, and the application on the brake disc;
3, high temperature dynamic sealing material design and preparation.

(1) 2008.7-2010.10, Faculty of Engineering, University of Auckland, New Zealand, PhD;
(2) 2004.9-2008.6, School of Materials, University of Science and Technology Beijing, Master's degree;
(3) 2000.9-2004.7, College of Materials, Chongqing University, Bachelor.

(1) Jul. 2015 - Now, Associate Professor, Beijing Institute of Technology, Research interests: Fiber surface modification and composite materials
(2) 2011.12-2015.6, Lecturer, Beijing Institute of Technology, Research direction: Fiber surface modification and composite materials
(3) 2011.1-2011.12, University of Auckland, New Zealand, post-Doc

Patent
1. Method and device for anodizing carbon fiber with plasma enhancement, Patent number: ZL201910746228.8;
2. A surface modification method for insulating braided material, patent number: ZL201810792596.1;
3, a quartz fiber electroless nickel phosphorus plating method, patent number: ZL201910553210.6;
4. A method for improving high temperature and high salt properties of iron powder by plasma electrolysis, patent number: ZL201910886350.5;
5. A powder liquid plasma surface modification method and device thereof, patent number: ZL201811027389.3;
6, tungsten wire assisted cathodic plasma electrolysis coating method and device, patent number: ZL201710285416.6;
7. A method for preparing high-silicon silicon steel sheet by electric spark siliconizing technology, patent number: ZL201610509852.2;
8, copper tube assisted cathode plasma electrolysis coating method and device, patent number: ZL201710285417.0;
9, a liquid phase plasma continuous treatment of carbon fiber surface method and treatment device, patent number: ZL201510822725.3;
10, Low friction coefficient of Fe-based amorphous alloy coating laser cladding preparation method, patent number: ZL201510222254.2;
11. A laser cladding powder presetting method, patent number: ZL201510221507.4.
Thesis
1. Improving corrosion resistance of carbonyl iron powders by plasma electrolytic deposition, Materials and Design;
2. A novel aqueous plasma electrolysis for carbon fiber, Chemical Engineering Journal;
3, Room-temperature aqueous plasma electrolyzing Al2O3 nano-coating on carbon fiber, Applied Surface Science;
4. Study on graphite surface modification by non-electrode plasma electrolysis, Ceramics International;
5, Grain growth and thermal stability of nanocrystalline Ni-TiO2 composites, Transaction of Nonferrous Metals Society of China.