1) Guangxi Education Department "Bagui Scholar", head of the innovation team of "Design and Application of New Energy Materials"
2) Winner of the 10th Guangxi Youth Science and Technology Award, 2008+02.
3) In 2007, the second-class candidate of Guangxi "100 million talents project in the new century".
4) The project "Study on the phase diagram of light rare earth RE-Mg-Ni system and electrochemical hydrogen storage performance of its alloys" won the first prize of scientific and technological progress in Guangxi Science and Technology Department in 2007. The winners are: Zhou, Liu Xinyu, Meng, Gu, Ming Jun and Yao.
5) The project "Study on Co-production Technology of Iron-free Aluminum Sulfate and Silica Prepared from Coal-series Kaolin" won the third prize of scientific and technological progress in Inner Mongolia Autonomous Region in 2003. The winners are: Zhang Kejian, Cui,,, Yang Jucai.
6) Winner of the 10th Guangxi Youth Science and Technology Award in 2009.
Major scientific research projects hosted or undertaken in recent five years.
1) Preparation of a New Metastable Mg-TM Hydrogen Storage Alloy and Study on the Relationship between Structure and Properties (5096 1004), National Natural Science Foundation Project, 2010.05438+0-2012, in charge of the project.
2) Stability of electrochemical performance of new hydrogen storage alloy MgRENi4 (5064 100 1), supported by National Natural Science Foundation, 2006. 1-2006.6438+02, responsible for the project.
3) Ab initio evolutionary simulation prediction of crystal structure and hydrogen storage performance of metal-nitrogen-hydrogen system (5090 1023), supported by National Natural Science Foundation of China, 2010/0/2, participated in (2).
4) Study on phase diagram and electrochemical performance of light rare earth RE-Ni-V alloy system (5057 1030), supported by National Natural Science Foundation of China, 2006. 1-2008. 12, participation (3).
5) Research on * * * * battery materials, pre-research project of China Electronics Group, 2007.08-20/KLOC-0.12, participation (2).
6) Performance of Hydrogen Separation Membrane in (Zr, Ni)-(PD, V)-Nb System (FM080084), Fund Project for Returned Overseas Students of Ministry of Education, 2007. 10-20 10.9, project leader.
7) Design, preparation, structure control and performance of a new Mg-TM hydrogen storage material (201kloc-0/gxnsfd018004), a key project of Guangxi Natural Science Foundation, 201.03-20/kl.
8) Preparation and properties of carbon nanotubes/magnesium-based composite hydrogen storage materials (044705 1), supported by Guangxi Youth Science Fund, July 2004-June 2007.
9) Preparation and Performance of Hydrogen Separation Membrane in (Zr, Ni)-(PD, V)-Nb System (Guikehui 0639027) Supported by Guangxi Returned Overseas Students Fund, July 2006-June 2009.
10) electrode stability of rare earth/magnesium-based hydrogen storage materials (044807 1), supported by Guangxi Natural Science Foundation, participated in (2) from July 2004 to June 2007.
1 1) Preparation of Rare Earth-Mg-based Hydrogen Storage Materials for Ni-MH Power Battery (0443004-43), supported by three Guangxi Science and Technology Funds, 2005 438+0-2006 438+02, participated in (2).
12) hydrogen storage of magnesium-based materials, CSIRO project in Australia, 2007+0-June 2009, participated in (2).
13) hydrogen storage in carbon, CSIRO project in Australia, 2007+0-June 2009, participated in (2).
14) hydrogen storage in porous materials, CSIRO project, 2007.5438+0-2009.06, participation (2).
15) the new preparation technology of magnesium-based alloy and the evaluation method of performance index of cathode material of nickel-hydrogen battery passed the appraisal (20 129 1969).
16), the wide-temperature and low-temperature Ni-MH battery products were demonstrated by the expert group of China Electric Power Group, and the application and development of special batteries were started.
17) In order to solve the problems of purification, safe storage and use of hydrogen, the self-designed metal hydride hydrogen storage device array solid-state hydrogen storage device provides a guarantee for the utilization of hydrogen energy.
18) the technology of extracting and recovering rare precious metals from persimmon tannin made a breakthrough. Mastered the preparation, solidification and selective adsorption of persimmon tannin materials, as well as the adsorption effect on metals (gold, cadmium, iron, etc.). ) and sewage treatment have achieved remarkable results.