Li Danzhen, male, born in August, 1952, professor. Now work unit, School of Chemistry and Chemical Engineering. Graduated from Xiamen University with a master's degree in semiconductor physics and devices.

Chinese name: Li Danzhen

Nationality: China.

Date of birth:1August 952

Occupation: teacher

Graduate school: Xiamen University

Representative works: Research on key technologies of visible light photocatalytic nano-materials for effectively degrading organic pollutants.

Title: Professor

Main study and work resume

1974 turn 1977, Department of Physics, Xiamen University, undergraduate, 1977 turn 1980, Department of Physics, Xiamen University, teaching assistant.

1980 rpm 1983, graduate student of physics department of Xiamen university, 1983 till now, professor of physics department and chemistry department of Fuzhou university.

Academic and social part-time:

Chinese Physics Society, China Materials Society, China Solar Energy Society.

Major scientific research projects completed and undertaken in recent ten years:

In 2006A03Z340, the key technology of efficient degradation of organic pollutants by visible light photocatalytic nano-materials was studied, and the Ministry of Science and Technology supported 2 million yuan by 863.

206770 10 Double-effect Separation Mechanism Research on Visible Light Photocatalytic Environmental Purification Materials, supported by the National Fund of China, 300,000 yuan.

98-03 Research on key technologies of photocatalytic functional materials and their series products in the early stage of industrialization, funded by the National Development and Reform Commission of 30.69 million yuan.

The construction project of Fujian Photocatalytic Research Center of National Development and Reform Commission (NDRC) 2200 comes from the provincial development and reform commission.

Research achievements in recent ten years:

The relationship between surface transient photoconductivity and photocatalytic activity of titanium dioxide in liquid phase was published in Mater. Chemistry. Physics 2007, 102, 53N59. Be included in SCI

Newly synthesized titanium dioxide photocatalyst: testing efficiency and stability. Photologicalsciences) 2006.5,653-655) SCI British Chemical Society No.2.

Lead and zinc reagents were used to degrade rhodamine dyes as never before. ) 2006.16.116n1117 SCI of British Chemical Society.

Award-winning achievements

The development of solid superacid efficient photocatalyst and its industrial application technology won the second prize of national scientific and technological progress, which was completed by Fuzhou University in 2003.

Preparation of solid superacid photocatalyst and its industrial application in air purification in Daqing, the first prize of China Petroleum and Chemical Industry Association in 2002 was completed by Fuzhou University.

Research and trial-production technology development of solid superacid photocatalyst, Fujian Science and Technology Award, first prize, completed by Fuzhou University in 2002.

Chen Wei; Li Danzhen; He shunhui; Yu Shao; Yan Huang; Fu Xianzhi; Photocatalytic oxidation of benzene by Mg-Al hydrotalcite/TiO _ 2 heterogeneous composite nanocrystals, chinese journal of catalysis, China, 20 10, (08)

Chen Yilin; Li Danzhen; Wu Qingping; Fu Xianzhi; Wang; Photoinduced electron transfer of Pt ~ (Ⅳ) Cl _ x/TiO _ 2 excited by visible light. Journal of China University Chemistry. 2006, (02)

Huang Yali; Li Danzhen; Fu Xianzhi; Wang; Study on photocatalytic degradation of organic pollutants by La/TiO_2 by in-situ infrared spectroscopy. Journal of inorganic chemistry. 2006,(07)

Chen; Li Danzhen; Fu Xianzhi; Ping Liu; Effect of SnO _ 2 doping on properties of TiO _ 2/Si nanocomposites. Journal of molecular science. 2007,(0 1)

Huang Yali; Li Danzhen; Fu Xianzhi; Wang; Kinetic study on gas-phase photocatalytic degradation of ethylene by Gd/TiO_2 rare earth. 2007, (06)

Huang Yali; Li Danzhen; Fu Xianzhi; Wang; Study on spectral characteristics and gas-phase photocatalytic performance of RE/TiO_2 photocatalyst. Journal of inorganic chemistry. 2008,(0 1)

Li, Hou Yidong, Li Danzhen, Fu Xianzhi. Preparation and physical properties of fe3o 4 nanoparticles. Journal of Inorganic Materials, 2003, (04)

Ping Liu, Sun Yaping, Fu Xianzhi, Li Danzhen. Synthesis of monodisperse TiO_2 nanocrystals in Nafion films. 2003,(04)

Xu Haibing, Wang, Fu Xianzhi, Xie Lili, Li Danzhen, Preparation of organometallic compounds on the surface of tin-rich MCM-4 1 molecular sieve and their catalytic performance for hydroxylation of phenol. Journal of Inorganic Chemistry. 2003, (05)

Ding, Hou Yidong, Li Danzhen, Wang, Fu Xianzhi,. Effects of morphology and photoelectric properties on photocatalytic performance of nano-TiO_2. Journal of physical chemistry. 2003，( 10)

Authorized patent

Microwave photocatalytic air purification technology, invention patent, 2003, completion unit; Fuzhou University

Photo-magnetic synergistic catalysis technology and its application in degradation of organic pollutants, invention patent, 2006, completed by Fuzhou University.

Teaching auxiliary work

The main situation of teaching or teaching auxiliary work in recent ten years:

65438-0997 served as associate professor, professor and doctoral supervisor of Fuzhou University, academic leader of the national key discipline of physical chemistry of Fuzhou University, and leader of the key discipline of material physical chemistry of Fujian Province. He has been engaged in material physics and chemistry, photoelectric materials and semiconductor device physics for a long time in Fuzhou University. In recent years, the research on nano-materials and semiconductor photocatalysis has been mainly carried out. As the project leader and main researcher, he has undertaken more than a dozen scientific research projects, including national key scientific and technological projects, national 863 plan projects, national natural science foundation projects, and provincial and ministerial major and key projects. , and has made a series of remarkable research achievements in the research and development of new visible light catalysts, the synthesis of photocatalysts by nano-assembly technology, and the research of microwave field-assisted photocatalysis technology. In 2003, he won the second prize of National Science and Technology Progress Award; In 2002, he won the first prize for scientific and technological progress of China Petroleum and Chemical Industry Association and the first prize for science and technology of Fujian Province. In recent years, more than 60 papers have been published, and nearly 30 of them have been included by SCI and EI. 4 invention patents. At present, he is in charge of 1 national 863 plan project, 2 national natural science foundation projects, preliminary special projects of major nano research plan in Fujian province, and major basic research plan in Fujian province. In teaching activities. He has undertaken the teaching tasks of more than a dozen basic and specialized courses for graduate students and undergraduates, such as nano-materials and devices, and the teaching effect is good. Nearly 20 doctoral students, master students and 15 undergraduates have been trained and instructed.