Scientific research projects undertaken:
At present, he is mainly responsible for the major basic scientific research plan of the Ministry of Science and Technology (973), the major scientific research plan of the National Natural Science Foundation of China, the major directional projects of the Chinese Academy of Sciences, the major equipment independent development projects of the Chinese Academy of Sciences, the "Hundred Talents Program" projects of the Chinese Academy of Sciences, the key projects of the Fujian Science and Technology Plan, the cooperation projects between Fujian and Hong Kong, and the major special projects of the Fujian Institute of Materials. 1. led our research group in Fujian Institute of Physics, Chinese Academy of Sciences, and took the lead in realizing the single-disk single-side pumped Nd:YAG laser transparent ceramics100W continuous laser power output in China;
2. During my postdoctoral work in the University of Hong Kong, I realized the controllable preparation of InN quantum dots by molecular beam epitaxy.
3. During my work in Chen Xiaolong Research Group of Institute of Physics, Chinese Academy of Sciences, I was the first to report that gallium nitride single crystals with a size of 5mm were prepared by molten salt method under normal pressure and mild conditions below 1000 degrees.
4. Published more than 80 papers included in SCI or EI, which were cited by him for more than 800 times, with more than 20 patents and the third prize of Beijing Science and Technology Progress Award 1 item. 2001-03-21(1) A method for growing gallium nitride single crystal by molten salt method Chen Xiaolong; Cao; Lan Yucheng; Xu Yanping; Xu Tao; Liang jingkui; Lu; Jiang; Yuyude Institute of Physics, China Academy of Sciences
200 1-04-04(2) A hydrothermal growth method of gallium nitride single crystal Chen Xiaolong; Xu Yanping; Lan Yucheng; Cao; Xu Tao; Jiang Peizhi; Lu; Liang jingkui; Yuyude Institute of Physics, China Academy of Sciences
2003-08-06993) The method of synthesizing high α-phase ultrafine silicon nitride powder and silicon nitride whisker by combustion; Cao, University of Science and Technology Beijing
2009-09-02(4) Ceramic-lined composite steel tube centrifuge Wang Jianbo; Cao Wang Jianbo
5) A transparent conductive zinc oxide film with low indium doping content and its preparation method, Cao, Huang Changgang, Fujian Institute of Structure, China Academy of Sciences, patent number (application number): 20091011kloc-0/243.438+0.
6) A preparation method of corrosion-resistant color decorative film, Cao and Huang Changgang, Fujian Institute of Structure, China Academy of Sciences, patent number (application number): 20091011245.0.
7) A core-shell anode for dye-sensitized solar cells and its preparation method, Cao, Huang Changgang, Fujian Institute of Structure, China Academy of Sciences, patent number (application number): 200910111240.
8) A method for improving the conductivity of indium-doped zinc oxide transparent conductive film, Cao, Huang Changgang, Deng Zhonghua, Fujian Institute of Physics, China Academy of Sciences, patent number (application number): 20091011.5.
9) A method for depositing metal or hard decorative film on plastic substrate, Cao, Huang Changgang, Fujian Institute of Structure, China Academy of Sciences, patent number (application number): 20091012273.4.
10) An alumina target and a transparent conductive film prepared from the target, Cao, Deng Zhonghua, Huang Changgang, Fujian Institute of Physics, China Academy of Sciences, patent number (application number): 20091012272. X.
1 1) An annealing method of transparent conductive film of aluminum-doped zinc oxide, Cao, Deng Zhonghua, Huang Changgang, Fujian Institute of Physics, China Academy of Sciences, patent number: 20091012270.0.
12) a preparation method of transparent polycrystalline Re: YAG ceramics, Cao, Huang, Liu Yuan, fujian institute of research on the structure, application number: 200910112279.1;
13) method for preparing RE: YAG polycrystalline transparent ceramics by slip casting and reactive sintering, Cao, Huang, Liu Yuan, Fujian Institute of Structure, China Academy of Sciences, application number: 20091012280.4;
14) a preparation method of rare earth-doped yttrium aluminum garnet transparent ceramics, Cao, Huang, Liu Yuan, Fujian Institute of Structure, China Academy of Sciences, application number: 20091012277.2;
15) Method for preparing rare earth-doped yttrium aluminum garnet transparent ceramics by spray granulation of modified powder, Liu Yuan, Cao, Huang, Fujian Institute of Structure, China Academy of Sciences, application number: 20091012792.0;
16) methods for preparing Re:YAG polycrystalline transparent ceramics by different molding methods, Cao, Huang, Liu Yuan, application number: 20091012793.5.
17) preparation method of YAG transparent ceramics, Cao, Huang, Liu Yuan, Tang Fei, Fujian Institute of Structure, China Academy of Sciences, China invention patent application number: 2010127605.9.
18) preparation method of YAG transparent ceramics, Cao, Huang, Tang Fei, Liu Yuan, fujian institute of research on the structure, China utility model application number: 20 1020 135282.3.
19) preparation method of yttrium oxide transparent ceramics, Cao Huang and Liu Fei, Fujian Institute of Structure, China Academy of Sciences, China invention patent application number: 20101276010.
20) preparation method of yttrium oxide transparent ceramics, Cao, Huang, Tang Fei, Liu Yuan, Fujian Institute of Structure, China Academy of Sciences, China invention and utility model application number: 20 1020 135270.0.