In the past five years, Dr. Wang Xiaojing has presided over 12 projects, including 2 projects of the National Natural Science Foundation, 2 projects of the Ministry of Education's Chunhui Plan, 2 projects of the Ministry of Education's tackling key scientific problems 1, the Ministry of Education's research start-up fund for overseas students 1, the Inner Mongolia Natural Science Foundation 1, and the Inner Mongolia Talent Development Fund project 65438. ，J. Mol。 Qatar. Doctor of Physical Chemistry. B, sur. Sci。 , J. Ogamat. Chemistry. , chemistry. Doctor of physics. Strook. Theochem。 Among them, SCI included 18 papers, and the research results attracted the attention of colleagues at home and abroad. The paper has been cited by foreign counterparts for many times, and in recent years, it has made more than 20 invited reports and oral reports at various academic conferences at home and abroad. In 2006, he won the Ninth Youth Science and Technology Innovation Achievement Award of Inner Mongolia Autonomous Region (regardless of grades), the second prize of Inner Mongolia University's science and technology innovation achievement in 2008 1, the third prize 1, and the first prize of Inner Mongolia Natural Science Award in 2009 1. In 2008, he was selected as the second-class candidate of 32 1 Talent Project in Inner Mongolia Autonomous Region.
Preside over scientific research projects
1, National Natural Science Foundation Project, Project Name: Experimental and Theoretical Research on Comprehensive Utilization of Tantalum Resources in Inner Mongolia Autonomous Region, Time: 2009+438+0-2009+02.
2. National Natural Science Foundation Project, Project Name: Synthesis of Efficient Photocatalytic Materials for Transformation and Utilization of Tantalum and Rare Earth Resources in Inner Mongolia Autonomous Region and Study on Its Broad-spectrum Response Mechanism, Time 2010.01-2013.6438+02.
3. Key scientific and technological project of the Ministry of Education, project name: Study on the influence of rare earth oxide additives on band gap regulation of semiconductor photocatalytic materials, time: 2006.438+0-2008.438+02.
4. "Chunhui Plan" of the Ministry of Education, project name: research and development of rare earth reinforced and dye-sensitized solar cell materials, time: 2008.4438+0-2010.12.
5. "Chunhui Plan" of the Ministry of Education, project name: Study on reaction mechanism and adsorption and desorption process of methane catalytic combustion, time: 2005+0-2007.438+02.
6. Research Fund Project for Overseas Students of Ministry of Education, project name: Design, synthesis and related technical research of environmental photocatalytic materials, time: 2006+0-2008.438+02.
7. Key project of Inner Mongolia Natural Science Foundation, project name: Study on the regulation of band gap and photocatalytic enhancement technology of semiconductor photocatalytic materials by rare earth oxide additives, time: 2006.438+0-2008.438+02.
8. Inner Mongolia Talent Fund, project name: synthesis and structural properties research of nano-semiconductor photocatalytic materials, time: 2005.438+0-2007.438+02.
9. Scientific research project of Inner Mongolia Education Department, project name: Study on gap adjustment effect of rare earth oxide additives on semiconductor photocatalytic materials and photocatalytic enhancement technology, time: 2005.438+0-2007.438+02.
10. Research on design, synthesis and related technologies of environmental protection/energy integration photocatalytic materials, project of high-level talent introduction fund of Inner Mongolia University, 2004-2006.
1 1. Study on band gap regulation of semiconductor photocatalytic materials and synthesis of new photocatalyst, 53 1 Pre-research fund for talent research of Inner Mongolia University.
12. Teaching plan and personnel training plan for basic courses of chemistry specialty.
13. Teaching plan and personnel training plan for chemistry undergraduate major.
Papers published in recent years:
1.M. Han, X. Wang, Y. Shen, C. Tang, G. Li, R. L. Smith, to prepare Au/CeO2 _ 2 nanoparticles catalyst with high activity and low Au loading for promoting CO oxidation at ambient temperature. Doctor of Physical Chemistry. C 1 14，20 10，793 .
2. Synthesis and optical properties of Wang, Bai, Meng, Zhao, Tang, Gao, Bi3+ doped NaTaO3 nano-photocatalyst, Journal of Nanotechnology, 1 0,201.
3.X. Wang, W. Wang, P. Han, M. Kubo, A. Miyamoto, Study on Electronic Structure and Optical Properties of Nonmetallic (N, F, P, Cl, S) Doped Cubic NaTaO3 by Density Functional Theory, Advanced Materials Research, 79-82, 2009,1240.
4. Quantum chemical molecular dynamics study on photolysis of alkyl nitrite on copper surface, Han,, Kubao Taozhi, Gong Benming, Applied Surface Science, 254(2 1), 2008,6991.
5. Bai Hongliang, Rebecca, Lv Li, Gao You, Liu Yulu, Wang Xiaojing, Influence of atomic position change on electronic structure of cubic sodium tantalate, Journal of Inner Mongolia University (Natural Science Edition), 39(6), 2008,637.
6. Wang Xiaojing, Wang Yajun, Lv Chen, Kubo Taozhi, Miyamoto, using the quantum chemical molecular dynamics program "color-excitation" to study the photolysis reaction of alkyl nitrite.
187( 1), 2007, 1 19.
7. Wang Xiaojing, Wang Yajun, Lv Chen, Kubao Taoji, Gong Benming, Dissociation and adsorption of cyclopropane on copper surface by density functional theory and quantum chemical molecular dynamics method, Surface Science 60 1( 3), 2007,679.
8. Wang Xiaojing, Lv Chen, Michihisa Koyama, Momoji Kubo, Akira Miyamoto, Using density functional theory to study the charge transfer and structural distortion of copper bis-2,9-dimethyl-1 4/kloc-0-phenanthroline complex during photoinduced excitation, Journal of Organometallic Chemistry 691.
9. Wang Xiaojing, Wang Wei, Michihisa Koyama, Momoji Kubo, Akira Miyamoto, Density Functional Study on Charge Transfer and Structural Distortion of Cuprous (I) Bis-phenanthroline under Photoinduced Excitation, Journal of Photochemistry and Photobiology A: Chemistry 179( 1-2), 2006,/Kloc.
10. Theoretical study on spectral properties of Zhang Ruifang, Wang Xiaojing, Wang Wei, Tuya and chlorinated dibenzo-dioxins, computers and applied chemistry, 23 (6), 2006,554.
1 1. Tuya, Wang Xiaojing, Wang Wei, Zhang Ruifang, Theoretical Study on the Dissociation and Adsorption Process of Cyclopropane on Copper Surface, Journal of Inner Mongolia University, 37(3), 2006,267.
12. Wang Xiaojing, Lv Chen, Michihisa Koyama, Momoji Kubo and Akira Miyamoto, "Theoretical study on photoinduced intramolecular charge transfer excitation of cuprous (I) phenanthroline by density functional theory". Chemistry. 690( 1), 2005, 187.
13., Liping Li,,, Li Guangshe, Understanding of Finite Size Effect of Lattice Vibration and Electron Transition of Nano-r-Fe2O3, Journal of Physical Chemistry. B 109，2005， 17 15 1。
14. Lu, Wang, Govindasamy A, Momoji Kubo, and Akira Miyamoto, "Tight-Bound Quantum Chemical Calculation of Electronic Structure of Indium Tin Oxide", Japanese Journal of Applied Physics 44 (4B), 2005, 2806.
15. Lu Bing, Wang, A Galjak, Kubao Taomu, Gong Benming, "Photocatalytic oxidation.
Kinetics of acetone on titanium dioxide: molecular dynamics of tight-binding quantum chemistry ",Applied Surface Science 244 (1-4), 2005,541.
16. Agalia G, Lu C, Wang, Kubao Taoji, Miyamoto Akira,
Theoretical Study on Electronic and Molecular Properties of Sulfonated and Excited States of Ethylene Dioxythiophene and Styrene Applied Surface Science 244 (1-4), 2005, 195.
17. Lv Chen Wang Xiaojing, "Theoretical study on cyclopropane adsorption on copper surface by density functional theory and quantum chemical molecular dynamics method"; Journal of molecular catalysis. I. Chemistry 220 (2), 2004, 189.
18. Wang Xiaojing, Lv Chen, Hilla Hill, Kubao Taoji, Miyamoto Akira, "Excited state and photoinduced catalysis" catalyst and; Catalytic 46 2004 16 1.
19. Lv Chen, Wang Xiaojing, Yamashita Daojiu, Kubo Taozhi, Miyamoto, "Study on Photocatalytic Effect of Titanium Dioxide by Accelerated Quantum Chemistry Method", Journal of Japan Materials Research Society. 29(6) ,2004, 2705.
20. Zhong Huifeng, Zhengshu. Fushimi，Akira Endou，Momoji Kubo，Parasuraman。 Selvam, Akira Imamura, Akira Miyamoto, "Study on Tightly Bound Quantum Chemical Molecular Dynamics of Propylene Polymerization Catalyzed by Ziegler Natta", Journal of Japan Materials Research Society 29(8), 2004, 3735.
2 1. Wang Xiaojing, Lv Chen, Ando akira, Kubo Taozhi, Miyamoto akira, "Study on the Excitation of Metal Charge Transfer by Ligands in Complex Cp2MCl2 (Cp=ph-C5H5, M=Ti, Zr, Hf) by Density Functional Theory", Acta Organometallic. Chemistry. 678, 2003, 156.
22. Wang Xiaojing, Takami S, Kubo M and Miyamoto A., "Theoretical study on electronic structure and spectral properties of ground and excited cyclopropane", Chemistry. Physics 279, July 2002.
23. Wan Xiaohong, Zhou Hong, Gao Jian, Jiu Baomao and Shigeru Miyamoto; "Electronic Structure and Spectral Properties of Dimers Cu2, Ag2 and Au2 Based on Density Functional Theory", J.mol. Strook. Theochem。 579, 2002, 22 1.
24. Wan Xiaohui, Wang Xiaojun, Luo Yan, Takami S, Kubo M, Miyamoto A., "Theoretical Study on Functionalization of Alkanes with Rhodium Complex Catalysts", Organic Metallurgy, 2 1, 2002, 3703.
25 Wang Xiaojing, Wan Xiaohong, Hui Zhou, Takami Seiichi, Kubao Taomu, Miyamoto Akira, "Theoretical Study on Low Excited States of Molecules", Symposium of Japanese Chemical Society, Osaka, Japan, P 138 (200 1 3).
26. Wan Xiaohong, Gao Jianyi, Kubao Taomu, Miyamoto Akira, "Study on Excited and Ground States of Transition Metal Dimers", Symposium on Computational Chemistry, Tokyo, Japan, P80 (200 1, 6).
27. Wang Xiaojing, Zhou Hui, Seiichi Takami, Momoji Kubo, Akira Miyamoto, "Study on Electronic Structure and Spectral Properties of Excited States of Some Transition Dimers", Symposium on Catalytic Science, Beppu, Japan, p367 (200 1, 9).
28. Wang Xiaojing, Takami Seiichi, Kubo Taozhi, Miyamoto Akira, "Study on Electronic Spectral Properties of Some Organometallic Complexes", Symposium on Catalytic Science, Kobe, Japan, P315 (March 2002).
29. Wang Xiaojing, Wan Xiaohong, Seiichi Takami, Momoji Kubo, Akira Miyamoto, "Study on the Dynamics of Excited States. Application of cyclopropane system adsorbed on copper surface "Seminar of Japanese Chemical Society, Yokohama, Japan, P452 (3, 2002).
Wang Xiaojing, Hui Zhou, Seiichi Takami, Momoji Kubo and Akira Miyamoto, "Study on LMCT (Ligand to Metal Charge Transfer) Excited States of Ti, Zr and Hf Bent Metallocene by Density Functional Theory", 4th International Conference on Advanced Catalytic Science and Technology, Tokyo, Japan, p. 563 (July 2002).
3 1. Wang Xiaojing, Takami Seiichi, Kubo Taozhi, Miyamoto Akira, "Theoretical study on electronic structure and activation process of cyclopropane adsorbed on copper surface", Symposium on Catalytic Science, Hamamatsu, Japan, p367 (2002 September 2002).
32. Wang Xiaojing, Takami Seiichi, Kubo Taozhi, Miyamoto Akira, "Study on the Charge Transfer Transition and Photochemical Reaction Mechanism of Cuprous Compounds of Bis-phenanthroline", Symposium on Petroleum Chemistry, Takayama, Japan, P420 (2002, 10).
33. Wang Xiaojing, Lv Chen, Endo Ming, Kubao Taomu, Miyamoto Ming, "Study on the Excited States and Excitation Processes of a Series of Bis-o-Phenanthroline Cuprous Photosensitive Materials by Density Functional Theory", Symposium on Catalytic Science, Yokohama, Japan, p76 (2003 March 2003).
34. Wang Xiaojing, Lv Chen, Endo Ming, Kubo Taozhi, Miyamoto Ming, "Theoretical Simulation of Electronic Properties and Dynamic Behavior of Molecular Photolysis of Alkyl Nitrite", Symposium on Physical Applications, Yokohama, Japan, 783 (March 2003).
35. Wang Xiaojing, Lv Chen, Endo Ming, Kubo Taozhi and Miyamoto Ming, "Theoretical Study on Excited States and Electron Absorption Spectra of Semiconductor Clusters", Symposium on Catalytic Science, Tokyo, Japan, p262 (2003 September 2003).
36. Wang Xiaojing, Lv Chen, Michihisa Koyama Momoji Kubo, Miyamoto-Ming, "Quantum Chemistry Research on Excited States and Photo-induced Catalysis", Catalytic Science Seminar, Osaka, Japan, P161(March 2004).
37. Bai, Zhao, Tang Changhe, You Gao, Study on the Synthesis and Optical Properties of Bi3+ Doping, Proceedings of the Second National Academic Conference on Luminescence Properties of Doped Nanomaterials;
38. Wang Xiaojing, Han Mingmei, Preparation of Au/CEO _ 2 Catalyst with Low Au Loading for Low Temperature Co-oxidation, Proceedings of 2009 China Symposium on Solid Science and New Materials;
39, Han, Zhao, Tang Changhe, Doping impurity elements to control the band gap of nanometer barium oxide, Proceedings of the Second International Conference on Multifunctional Materials and Structures, P 1235.
40. Wang Xiaojing, Tang Changhe, Preparation and Photocatalytic Performance of Doped Nanometer NaTaO3 Photocatalyst, Proceedings of the Conference of China Solid Materials Society.