(1) Invitation Report: Cao, Preparation of Nitrogen-doped Nano-TiO _ 2 Powder by Hydrothermal Method, International Symposium on Processing and Design of Ecological Materials, 2009 1 month 13- 16.
(2) Participated in Non-metallic Conductive Functional Materials edited by Li et al, with a total of 345,000 words, and participated in the first chapter of Conductive Ceramic Materials with 50,000 words, Chemical Industry Press, Beijing, 65438+2007 10, ISBN: 978-7-50259587-6.
(3) Ma Jing, Yi Wei, Wen, Preparation of Nanocrystalline Iron-doped Titanium Dioxide Photocatalyst, Journal of Chemical Intermediates Research, which is being published.
(4), Xiao, Wen, Journal of Hydrothermal Synthesis of (Fe, N) Co-doped Titanium Dioxide Powder and Its Visible Light Photocatalytic Performance and Chemical Intermediates, which is being published.
(5) The research on photodegradation of formaldehyde by nano-TiO _ 2 powder Xiao,,,,, Cao, and the research on chemical intermediates are being published.
(6) He Rongliang, Yi Wei, Wen, Preparation of Doped (Fe, N) Titanium Dioxide Powder and Its Antibacterial Activity under Visible Light Irradiation, Journal of Nanotechnology, Volume 9, 1094-7, 2009.
(7), Cao, Ge Changchun, Tan Yongsheng, zhangyan, Fei Qunxing, Research on Net Forming Technology of Thick-walled Nickel-based Alloy Parts by Laser Engineering, Journal of Rapid Prototyping, 15( 1), 2009, 24-28.
(8), Li Lieming, Wang Dan, Cao. Journal of Applied Physics: Applied Physics, 4 1(2008):205 108.
(9) Wang Fu, Cao, He Rongliang. Preparation of ultrafine silicon carbide powder by carbothermal reduction. Key engineering materials, 2008, 368-372:82 1~823.
(10), Li Lieming, Wang Dan, Cao. Institute of Electrical and Electronics Engineers /LEOS, 2007, pp. 537-539.
2. Patents and software copyrights
(1) Ge Changchun, Cao, et al., A method for preparing silicon carbide/carbon and boron carbide/carbon functionally graded materials, patent number: 0 1 100449.5, authorization announcement date: 06438+0 in September 2004.
② Cao,,, etc. A preparation method of nitrogen-doped anatase nanometer titanium dioxide, patent number: ZL 200510011665.3, authorization announcement date: June 20, 2007.
③ Cao,,, etc. Nitrogen-doped nano titanium dioxide modified photocatalytic coating and its preparation method, patent number: ZL 200510011793.8, authorization announcement date: September 5, 2007.
(4) Preparation method of ceramic powder material for rapid prototyping by selective laser sintering, patent number: ZL2005 100 12062.5, authorization announcement date: 2007. 12.26.
(5) Cao, Ge Changchun, Tan Yongsheng, zhangyan and Fei Qunxing (in cooperation with 625 Institute), Nickel-based alloy powder for laser sintering and its preparation method, patent number: 20051001864.4, authorization announcement date: March 2008.
(6) Cao, Ran, et al., Preparation method of anatase nano-titanium dioxide with high phase transition temperature and high specific surface area, application number: 2005 10070865.6, application date: May 20, 2005, publication date: 2005.438+00.26, publication number: CN6543.
(7) Tan Yongsheng, zhangyan, Fei Qunxing, Cao, (in cooperation with 625 Institute), Laser cladding sintering forming method of nickel-based alloy powder, application number: 2005 1007332.0, application date: June 22, 2005, and publication date: 2006.20000000/.
(8) Cao, et al., Preparation of nitrogen-doped nanometer titanium dioxide by direct heat treatment, application number: 2005 100 12297.4, application date: August 3, 2005, publication date: February 22, 2006, and publication number: CN17366.
(9) Software copyright registration: direct slicing software for rapid prototyping technology solid model, registration number: 2005SRBJ1404,2005.