Inventors: Qing Xu, Chen Wen and others. , patent number: ZL 01128407.2 (2004).
2. A method for synthesizing cathode material of lithium ion battery by organic acid complexation combustion.
Inventor: Chen Wen et al., patent number: ZL 02 147763.9(2004).
3. High-power thermosensitive ceramic materials and their preparation methods and applications.
Inventor: Chen Wen et al., patent number: ZL 02 147764.7(2004).
4. Hole-conducting semiconductor ceramic refrigeration material and its preparation method.
Inventor: Chen Wen et al., patent number: ZL 02 147765.5(2004).
5. Electron conduction semiconductor ceramic refrigeration material and its preparation method.
Inventor: Chen Wen et al., patent number: ZL 02 147766.3(2005). He has successively presided over the National Natural Science Foundation, the National Army Support Project, the National Key Project, the Cross-century Excellent Talents Training Program Fund of the Ministry of Education, the key scientific and technological research projects of the Ministry of Education, the doctoral program fund of the Ministry of Education, the key teachers fund of the Ministry of Education, the natural science fund of Hubei Province, the key scientific and technological research projects of Hubei Province, and the Wuhan Chenguang Plan. The main items are as follows:
1, Study on Gas Sensing Characteristics of Vanadium Oxide Nanotubes (National Natural Science Foundation Project 50607 1), 300,000 yuan, 2007.6438+0-2009.438+02, under longitudinal study.
2. Construction and optical properties of titanium-based ordered mesoporous-vanadium oxide nanocomposites (National Natural Science Foundation Project 50772085), 230,000 yuan, 2008.01-2012, under research.
3. Synthesis and physicochemical properties of polymer-layered oxide nanocomposites. Wuhan international cooperation project, 50,000 yuan, 2005.1-2007.438+02, under study.
4. Self-assembly Synthesis and Topological Reaction Modification of Rheological Phase-Vanadium Oxide Nanotubes (National Natural Science Foundation of China, 50372046), 250,000 yuan, 2004.5438+0-2006.438+02, titled Vertical.
5. Study on polymer modified V2O5 thin film cathode material (National Natural Science Foundation Project 50 172036), 2 10000 Yuan, 2002. 1-2004.6438+02, vertical topic.
6. Interface characteristics of polymer-layered oxide system (National Natural Science Foundation of China), 1.2 million yuan,1.999.1-2006,5438+0.12, and the conclusion is vertical.
7. Study on functional infrared radiation powder and its bacteriostatic mechanism (National Natural Science Foundation Project 503420 14),100000 yuan, 2004.6438+0-2004.6438+02, longitudinal conclusion.
8. Study on Synthesis and Physical and Chemical Properties of Polymer-Layered Oxide Nanocomposites (International Cooperative Research Project of National Natural Science Foundation of China (China and Russia) 5051120094), 96,000 yuan, 2004.1-2005./kloc-
9.20050 1PT02, military supporting project of the commission of science, technology and industry for national defense, 700,000 yuan, 2005.438+0-2006.438+02, ending vertically.
10,200101pt03, military supporting project of the commission of science, technology and industry for national defense, 500,000 yuan, 2001.0/-2003.06, and the conclusion is vertical.
1 1, Study on the Structure and Properties of Polymer Layered Inorganic Nanocomposites (Key Teacher Fund of Ministry of Education), 120000 Yuan, 2001.1-2002.12, vertical topic.
12, Construction and Functional Research of Ordered Vanadium Oxide Nanotubes/Rod Arrays (Key Scientific and Technological Project of Ministry of Education),180,000 Yuan, 2004.6438+0-2006.438+02, titled Vertical.
13, Study on Interface Structure and Electrochromic Properties of Polymer/Layered Oxide Nanocomposite System (Key Scientific and Technological Project of Ministry of Education), 120,000 Yuan, 2002. 1-2004. 12, titled Vertical.
14, teaching and research award scheme for outstanding young teachers of the Ministry of Education, 500,000 yuan, 2002. 1-2006. 180 papers were published vertically in academic journals at home and abroad, among which more than 80 papers were "SCI", "EI" and "ISTP". Representative papers are as follows:
1., Peng junfeng, mai, Huayu, qi yanyuan, synthesis and characterization of novel vanadium dioxide nanorods, solid state communication, 2004,132: 513-516.
2. Peng Junfeng, Mai, Hua Yu, Qi Yanyuan, Preparation of novel vanadium dioxide nanorod cathode materials, Chemical Communication, 2004,33 (10):1366-1367.
3. Peng Junfeng, Mai Quanyao, Zhu Quanyao, Synthesis of Vanadium Oxide Nanotubes from V2O5 Sol. Ritter. , 2004, 58:2275-2278
4. Raman Spectra of Vanadium Oxide Nanotubes, Mai, Peng Junfeng, Zhu Quanyao, Solid State Chemistry, 2004, 177( 1):377-379.
5. Mai, Peng Junfeng, Zhu Quanyao, Infrared Spectroscopy of Layered Vanadium Oxide Nanotubes, Acta Materials Science. Sci。 , 2004, 39:2625-2627
6. Chen Wenwei, Mai Liqun, Xu Qingqun, Zhu Qingyuan, Yang Haiping, Soft Solution Synthesis and Characterization of Novel Submicron Lithium Phosphate, Materials Science and Engineering, 2003, 100(3):22 1-224.
7. Effect of modification by Chen Wen, Mai, Zhu Quanyao and polyethylene oxide on reversibility of lithium ion intercalation/deintercalation of V2O5 xerogel films. J. mater Chemistry, 2002, 12, 1926- 1929.
8. Chen Wenwei, Xu Qing, Yuan Ruizhong, Effect of polymer state on electrical properties of polymer/layered silicate nanocomposites, China Electronic Science Press, 2002. Sci。 & technology. , 200 1, 6 1:935-939
9. Chen Wenwei, Xu Qing, Yuan Ruizhong, Effect of modification of polymethylmethacrylate on ionic conductivity in polyethylene oxide-layered silicate nanocomposites, materials. Sci。 & English. B, 2000, 77: 15- 18.
10. Chen Wenwei, Qing Xu, Yuan Ruizhen, Application of polymethyl methacrylate modified polyethylene oxide in polymer-layered silicate nanocomposites, Journal of Materials Science. Sci。 Ritter. , 1999, 18:7 1 1-7 13