Li Hengde first developed UO2 fuel microspheres by sol precipitation method in China, and studied the radiation damage effect of the material with charged particle beam. The relationship between hydride orientation distribution, rolling process and texture in zirconium alloy cladding tube for reactor was deeply studied, which provided scientific basis and control basis for preventing zirconium tube from brittle fracture in practical production. Won many national and provincial awards. He published 200 academic papers on the modification of ion beam materials. 2 monographs. Since 1989, he has been leading the bionic research of natural biomaterials and structures. He has won 4 national or provincial awards and published nearly 100 representative papers in different research directions.
Important scientific and technological achievements:
1. calcium phosphate biominerals and their biomimetic preparation, scientific and technological achievements of the Ministry of Education, first completed, 2002,360-02-10020168-0/,Feng Qingling.
2. Study on Carbon-Nitrogen Film and Its Biocompatibility, Scientific and Technological Achievements of the Ministry of Education, Second Completion, 2002,360-02-10020167-02, Feng Qingling.
3. Study on fractal growth in solid films, national scientific and technological achievements, fifth person,1995,05274.
4. Interaction of ion beam materials: formation of amorphization, quasicrystals, fractals and nitrides, scientific and technological achievements of State Science and Technology Commission, second finisher, 199 1 007099, Liu Baixin.
5. Basic research on the interaction between high-energy ion beam and metal, scientific and technological achievements of the State Science and Technology Commission, the fourth finisher,1990,002785, Liu Baixin.
Invention patent achievements:
1. Preparation method of nanocrystalline calcium phosphate collagen-based composite for bone repair, 2002, CN 13383 15, Cui Fuzhai, Zhang Wei, Feng Qingling, Li Hengde, Cai Qiang, fourth inventor.
2. Preparation method of nano-phase calcium phosphate/collagen/polymer bone composite porous material, 200 1, CN 1325734, Cui Fuzhai, Zhang Shuming, Liao Sushan, Feng Qingling, Li Hengde, fifth inventor.
3. Improving the magnetism of Co-Cr thin films by ion implantation, 1989, CN 103 1440, Liu Baixin, Li Jian, Li Hengde, the third inventor. A. Nuclear materials:
1. Berlin Pairing, H.T. Lee (Li Hengde), 1952, Research in Progress, JOM, February, 1952.
2. The deformation of beryllium single crystal at 25-500℃? C, 1956, H.T. Lee (Li Hengde), R.M. Brick, Trans, ASM, 48 (1956)1kloc-0/03.
3. Study on processing technology of Zr-4 tube and orientation distribution of hydride, Li Hengde's career in science and technology: 29-68,2001,Science Press.
4. Study on hole expansion in metals irradiated by electrons, Zhao Zhuoyong, Fu, Sun Jiguang, Li Hengde, China Science Journal 1 1. Electron microscope conference, Kyoto, 1986.
5. Application of nuclear technology in materials science, 1986, Li Hengde; Ion implantation and surface modification of materials, Li Hengde, 124, Science Press, 1986.
B. Interaction between ion beam and material and its application;
1. Some experimental studies on metal implants, Li Haitao, Liu Bingsheng, Zhang Shaochang, Lu Haichang, Wang Haihong, Tao Guoguang, Journal of Nanjing University. Instrument. Methamphetamine. ,182/183, (1981) 915. the second IBMM conference (1980).
2. Some practical problems of nitrogen ion implantation into various steels. And meth. 209/2 10, 1063- 1070 ( 1983).
3. Study on ion beam assisted deposition of diamond-like carbon films. Li Hengde, He Xiaoming, Bull. Mater Sci。 , 17 (1994) 7, 14 15 (India).
4. Surface Modification of Materials by Energy Beam, Li Hengde, New Materials and Science, Science Press: 133.
5. Effect of nitrogen ion implantation on tribological properties of metals, Cui Fuzhai, Li Hengde, Northeastern University. Instrument. & methamphetamine. 209/2 10 ( 1983) 88 1.
6. Inverse process of forming titanium nitride by nitrogen ion implantation, Zhou Honggang, Li Hongdong, Liu Benxiang, Journal of Applied Physics, 63 (1988)/kloc-0: 4942.
7. Study on the formation of noble metal nitride by nitrogen ion implantation, Zhou, Li Haidong, Li Benxiang. Instrument. & Method, B39: 583. 1989.
8. Bond structure and tribological properties of DLC films prepared by double ion beam sputtering,, Li Hengde, vacuum, 45 (1994) 9: 977.
9. Measurement of film hardness: separated from composite hardness, He Junlin, Li Weizhi, Li Haidong, Applied Physics. Ritter. , 69 ( 1996) 1402.
10. Nano-indentation study on mechanical properties of nanostructures on TiC/ Mo multilayer films deposited by ion beam assisted deposition,, Li Hengde, Surface and coating technology,128-129 (2000)161-/kloc.
C. biomaterials and biomimetic research:
1. Microstructure of biomineralized bivalves. Go on. , 174 ( 1990) 10 1.
2. Observation of phase transition during the growth of biomineralized calcium carbonate, Huang Lijie, Li Haidong, biochemistry and biophysics. According to the communication,176 (1991) 654.
3. Microstructure of early external callus after long bone fracture, Wen Haibo, Cui Fuzhi, Feng Qinglin, Zhu Xiaodong, Li Haidong, Journal of Structural Biology,114 (1995) 2:115.
4. Observation of damage morphology of nacre during deformation and fracture, Wang Ruizhong, Wen Haibo, Cui Fangzhi, Zhang Haibo, Li Haidong, Materials Science, 30 (1995) 9: 2299.
5. Microassembly of nacre, pearlite and metal carbide/metal multilayer film, Le Huynh Duc, Cui Fuzhi, Li Weizhi, Ma Chunlin, Feng Qinglin, Biomaterials (Japanese, English), 14 (65438).
6. Comparison of wear resistance between ion implanted medical Ti6A 14V and other alloys, Guo Jintang, Li Hengde, Mrs. Sim Pu. Go on. 55, ( 1986) 229.
7. Functionalization of titanium with EDTA to induce biomimetic mineralization of hydroxyapatite, Mao Chunbo, Li Haidong, Cui Fangzhi, Feng Qinglin, Ma Chunlin, Mater. Chemistry. , 9 ( 1999) 2573.
8. Directional growth of phosphate on polycrystalline titanium during simulated biomineralization, Mao, Cui Fuzhi, Ma, Feng Qinglin, Li Haitao, Crystal Growth, 206 (1999) 308.
9. Adjustment of crystal orientation in ostrich eggshells, Feng Qinglin, Nina, Li Haidong, Jin Tingnan, Journal of Crystal Growth, 233 (200 1).
10. Biology and Materials (100 Invited Report of Xiangshan Conference), 1999, Li Hengde, Frontier and Future of Science, Volume 4, China Science Press, 1999.
D. Nanomaterials and others
1. Synthesis of mesoporous materials based on tin oxide,, Ma Chunlai,, Sun, Li Hengde, microporous and mesoporous materials. 49 (200 1) 17 1- 178.
2. Mesoporous tin oxide as a sensitive material of C2H5OH sensor,, Ma Chunlai,, Sun, Li Hengde, Taranta, 57(5), 875-882, 2002.
3. Morphological classification of mesoporous silica synthesized in binary water-ether solvent system, Li Hengde, microporous and mesoporous materials.108 (2008)1-3:123-135.
4. Thick mesoporous titanium dioxide crystal films were prepared by one-step dip coating method. , Sun,,,, Li Hengde, Weng Ding, microporous and mesoporous materials. 1 1 1(2008) 1-3: 2 19.
5. Several kinds of particle quasi-solid dye-sensitized solar cells used in gel electrolyte, such as,,,,, stone, Li Hengde, rare metals. 25 (2006) 6, Supplement 1, 20 1.
6. Biology and molecular chemistry have opened up new fields for materials research and education, Li Hengde, Journal of Materials Education, 26 (2006)1-2:115-120.
7. Preparation of nanostructured cuprous oxide by surfactant-assisted electrochemical deposition, Li Hengde, crystal growth and application; Design, 8 (2008) 8: 2652-2659.
8. Materials Research in China, Lian Zhou, Li Hengde, Shi Changxu, Natural Materials, 7 (2008) 8: 603-605.
9. Opportunities brought by biological science to the development of materials science, 2002, Li Hengde, Mao Chuanbin, International Frontier of Materials Science and Engineering, Shandong Science and Technology Press.
10. Li Hengde, iron and steel metallurgical technology in China history, 195 1, Li Hengde, natural science,17 (1951) 591. Professional Works According to the data of China Institute of Science and Technology Information and National Institute of Digital Engineering Technology, Li Hengde has written 15 professional works, and the recent situation is as follows: The Handbook of National Key Books and Materials Science and Engineering (Volume I) published by famous author publishing house during the Tenth Five-Year Plan period, Shi Changxu, Li Hengde, Chemical Industry Press, June 5438+1October 2004 "Tenth Five-Year Plan" National Key Books and Materials Science and Engineering Manual (Volume II) Shi Changxu, Li Hengde, Chemical Industry Press, June 5438+1October 2004 "Tenth Five-Year Plan" National Key Books and Materials Science and Engineering Manual (Volume I). Chemical Industry Press June 5438+1October 2004 "Tenth Five-Year Plan" National Key Book Handbook of Materials Science and Engineering (Volume II) Shi Changxu and Li Zhou Lian Chemical Industry Press June 5438 +20041October "Handbook of Materials Science and Engineering" was rolled up by Shi Changxu and Li Hengde, Handbook of Materials Science and Engineering of Zhou Lian Chemical Industry Press (Volume II) 2004 10 Shi Changxu, Li Hengde, Handbook of Materials Science and Engineering of Zhou Lian Chemical Industry Press (Volume I and Volume II) 2004 10. Shi Changxu and Li Hengde: International Frontier of Materials Science and Engineering of Chemical Industry Press 2004. Jinan and Li Hengde: Shandong Science and Technology Press 2003 Dictionary of Modern Materials Science and Engineering. Li Hengde Shandong Science and Technology Press August 2002 Dictionary of Modern Materials Science and Engineering Jinan, Li Hengde:. Nano. Crystal calcium phosphate collagen-based bone repair material, National Technological Invention Award, second prize, third finisher, 2008, 2008-F-214-2-0/-R03, Cui Fuzhai.
2. Basic research on high-density packaging application, Science and Technology Progress Award of the Ministry of Education, second prize, first finisher, 1998, 98-07 1, Ma Jusheng.
3. Part of basic research of energy-carrying beam materials science, second prize of scientific and technological progress of the Ministry of Education, third finisher,1998,98-070, Liu Baixin.
4. Research on ion beam assisted deposition of diamond-like carbon and other hard films, the second prize of scientific and technological progress of the Ministry of Education, the third person to complete, 1996, 97-059, He Xiaoming.
5. Multifunctional ion beam enhanced deposition experimental device, the third prize of National Science and Technology Progress Award, the fourth finisher, 1992, Machine -3-022-04, Li Wenzhi.
6. Multifunctional ion beam enhanced deposition experimental device, the second prize of scientific and technological progress awarded by the State Education Commission, the fourth person,1992,91-03604, Li Wenzhi.
7. Fractal Growth in Solid Films, Science and Technology Progress Award of State Education Commission, First Prize, Fifth Accomplisher,1990,90-04505, Liu Baixin.
8. Color painting of titanium plate and titanium coating, Beijing Science and Technology Award, third prize, sixth finisher, Zhang. In 2009, he was awarded the title of "Life Member of American Society for Materials Research".
In 2000, he won the ISI Citation Classic Award.
1998 won the He Liang Heli Award.