[1] Hu Zhuangqi; Zhang Haifeng; Research progress of bulk amorphous alloys and their composites [J] Journal of Metallurgy.2010, (1 1)
[2] Zhang Haifeng; Preparation and Properties of Amorphous Composites [J] Progress of China Materials.2010, (1 1)
[3] Wu Junfeng; White said; Zhang Haifeng; He Yuhong; Emperor Wen of Sui Dynasty; Wei Tianyang; Lian Deliang; Defect analysis and ultrasonic detection technology in isotropic pyrolytic carbon materials [J] Journal of Aeronautical Materials.20 11,(01)
[4] Wu Junfeng; White said; Xu Ning; Wang Dawei; He Yuhong; Zhang Haifeng; Emperor Wen of Sui Dynasty; Effect of load on dry friction and wear behavior of isotropic pyrolytic carbon [J] Carbon technology. 20 1 1,(02)
[5] Liu; Yuan; Zhang Haifeng; Fu Huameng; Microstructure and deformation behavior of SiC particle reinforced Zr-based amorphous materials [J] Journal of Shenyang University of Technology.20 20 10/0, (02)
[6] Liu Jun; Wang Lu; Cheng huanwu; Xue; Zhang Haifeng; Study on fracture behavior of SiC skeleton /Zr-based amorphous alloy composites under high-speed impact load [J] journal of beijing institute of technology.20 20 10/0, (07)
[7] Xu Qiangang; Liu; Zhang Haifeng; . Effect of direct current on wetting behavior of molten bismuth on copper substrate [J] Journal of China Nonferrous Metals Society.20 20 10/0, (08)
[8] Wang Aimin; Zhu; Fu Huameng; Li Hong; Zhang Haifeng; Hu Zhuangqi; Effect of Solidification Conditions on Microstructure and Properties of Amorphous Alloys [J] Progress of China Materials.210, (07)
[9] Country reports; Xue; Cheng huanwu; Wang Lu; Zhang Haifeng; Study on dynamic shear behavior of Zr _ (38) Ti _ (17) Cu _ (10.5) Co _ (12) Be _ (22.5) bulk amorphous alloy [J] Weapon materials science and engineering .2009, (02)
[10] Qin; Wang Xiaojing; Zhang Haifeng; Wang Zhongguang; Hu Zhuangqi; Friction welding of Zr _ (55) Al _ (10) Ni _ 5cu _ (30) bulk metallic glass [J]. Journal of Metallurgy. 2009,(05)
China patent full-text database ***42 articles.
[1] Zhang Haifeng; Cai Jing; Li Hong; Wang Aimin; Sun Wensheng; Zheng Liu; Hu zhuangqi A high-strength AZ9 1HP magnesium alloy and its preparation method [P].CN2006 10046582.2. Institute of Metals, Chinese Academy of Sciences. 2007- 1 1-2 1.
[2] Zhang Haifeng; Pan Dagang; Wang Aimin; Li Hong; Hu zhuangqi Nb particle reinforced magnesium-based amorphous alloy composite and its preparation method [p] .cn200610134296.1. Institute of Metals, Chinese Academy of Sciences. 2008-05-28
[3] Li Jie; Zhang Haifeng; Song Qi Hong; Wang Jingtang. Preparation method of skeleton nickel catalyst [P].CN90 1064 15.7. Institute of Metals, Chinese Academy of Sciences. 1992-05- 13.
[4] Zhang Haifeng; Li Jie; Song Qi Hong; Wang Jingtang. Amorphous alloy powder catalyst [P].CN90 1064 14.9. Institute of Metals, Chinese Academy of Sciences. 1992-05- 13.
[5] Lv Manqi; Zhang Haifeng; Wang Yulan; Wei Wenduo. An activation method of hydrogen storage materials [P].CN92 109903.7. Institute of Metals, Chinese Academy of Sciences. 1994-03-30.
[6] Zhang Haifeng; Song Qi Hong; Ding Bingzhe; Chang Xinchun; Hou Wanliang; Hao Yunyan; Liu zhanfa. Preparation of rapidly cooled Ni-Al alloy powder catalyst [P].CN97 1 17042.8. Institute of Metals, Chinese Academy of Sciences. 1999-04- 14.
[7] Huajunshe; Hu Zhuangqi; Zhang Haifeng; Ding Bingzhe; Song Qi Hong. Acid treatment of rapidly solidified hydrogen storage electrode alloy [P].CN98 12 1059.7. Institute of Metals, Chinese Academy of Sciences. 2000-06-2 1
[8] Huajunshe; Hu Zhuangqi; Zhang Haifeng; Ding Bingzhe; Song Qi Hong. Surface treatment of rapidly solidified hydrogen storage alloys by iron salts [P].CN98 12 1060.0. Institute of Metals, Chinese Academy of Sciences. 2000-06-2 1
[9] Huajunshe; Hu Zhuangqi; Zhang Haifeng; Hou Wanliang; Sun Wensheng. Post-treatment of hydrogen storage alloy [P].CN98 12 1099.6. Institute of Metals, Chinese Academy of Sciences. June 28, 2000.
[10] Huajunshe; Hu Zhuangqi; Zhang Haifeng; Hou Wanliang; Sun Wensheng. Reduction treatment of hydrogen storage alloy [p]. cn98121127.5. Institute of Metals, Chinese Academy of Sciences. 2000-07-05.
National database of scientific and technological achievements ***3
Zhang Haifeng. Preparation and application of bulk amorphous and amorphous composites [C]. Institute of Metals, Chinese Academy of Sciences.
Zhang Haifeng. Quenched alloy catalytic material [C]. Institute of Metals, Chinese Academy of Sciences. 2002-0 1-0 1
Zhang Haifeng. Nb particle reinforced magnesium-based amorphous alloy composite and its preparation method [C]. Institute of Metals, Chinese Academy of Sciences. 2009-0 1-0 1.
Full-text database of important conferences in China ***4 articles.
[1] Huang Zhongping; Bai Yanhua; Li; Zhang Qingsheng; Zhang Haifeng; Hu Zhuangqi; Effect of ultra-high pressure on the non-equilibrium solidification structure of ZA27 alloy [a]. New progress in materials science and engineering in 2002 (II) —— Proceedings of the 2002 China Materials Symposium [a].2002-101
[2] Ren Yuping; Zhang Haifeng; Sun Wensheng; Hu Zhuangqi; Hao; Study on the analytical method of transition heat capacity of metallic glass-supercooled liquid [A]. Proceedings of the 13th National Symposium on Phase Diagram and Sino-Japanese Bilateral Symposium on Phase Diagram, Material Design and Its Application
[3] Lv Manqi; Zhang Haifeng; Wang Yulan; Wei Wenduo; Surface Modification and Hydrogenation Characteristics of Vanadium [A]. Proceedings of the First China Symposium on Functional Materials and Their Applications. 1992- 10-26
[4] Zhang Haifeng; Li Jie; Song Qi Hong; Wang Jingtang; Preparation and Catalytic Performance of Amorphous Ni_(50)Pd_(4 1.2)Si_(8.8) Powder [A]. Proceedings of the 1st China Academic Conference on Functional Materials and Their Applications.
Undertake national scientific research projects and the export of scientific and technological achievements.
Undertake 3 national scientific research projects.
[1] Zhang Haifeng; Wettability of metal melt with amorphous and nanocrystalline and its liquid-solid interface characteristics [A]. Institute of Metals, Chinese Academy of Sciences; The project fund is 240,000 yuan. 2004-03-3 1. The number of supported documents is 2.
[2] Zhang Haifeng; Scientific basis for preparation of bulk amorphous alloys and their composites [A]. Institute of Metals, Chinese Academy of Sciences; The project fund is 2 million yuan. 2008-03-20. The number of supported documents is 0.
[3] Wang Aimin; Gong zizheng; Dave; Zhang Haifeng; Jiang Chuanbin. Damage mechanism of materials and components under high-speed collision of debris [A]. Institute of Metals, Chinese Academy of Sciences; China Academy of Space Technology. The project fund is 2310.6 million yuan. There are 0 supported documents in 2009-03-3 1.