Search Results - "Sun, Jibing"

Effect of Multi-Element Microalloying on the Structure and Properties of High Chromium Cast Iron by Liu, Tao, Sun, Jibing, Xiao, Zhixia, He, Jun, Shi, Weidong, Cui, Chunxiang

“…High chromium cast iron (HCCI) has been widely used as wear-resistant material in the industry. Alloying is an effective way to improve the microstructure and…”
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The effect of Tb doping on the magnetic properties and microstructure of a TbNdFeCoB/Fe7Co3 nanocomposite permanent magnet by Ding, Hewei, Cui, Chunxiang, Yang, Wei, Sun, Jibing

“…Melt-spun NdFeB-type nanocomposite magnetic materials are important in a number of applications, including electromagnetic sensors, magnetic resonance imaging,…”
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Effects of cobalt addition on microstructure and magnetic properties of PrNdFeB/Fe7Co3 nanocomposite by 丁贺伟 崔春翔 杨薇 孙继兵

“…The permanent magnetic nanocomposite PrNdFeB/Fe7Co3 ribbons were prepared by directly quenching, and the microstructure and magnetic influence of composite…”
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Fabrication of the nanometer Al2O3/Cu composite by internal oxidation by Li, Guobin, Sun, Jibing, Guo, Quanmei, Wang, Ru

“…The fabrication of the copper matrix composites strengthened with dispersal nanometer Al2O3 is investigated. The investigation result shows that aluminum in…”
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Effects of adding different types of carbon on the structure and magnetic properties of SmCo6.9Hf0.1 alloy by 孙继兵 步绍静 杨薇 王洪水 崔春翔 何辰辉

“…In this paper,SmCo6.9 Hf0.1 as-cast alloys and ribbons with the addition of either graphite（C） or carbon nanotubes（CNTs） were prepared by arc melting and…”
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Study on the microstructure and magnetic properties of Sm–Fe–Ti alloys and their nitrides by Cui, Chunxiang, Sun, Jibing, Li, Yanchun, Wang, Ru, Liang, Zhimei, Shen, Yutian, Greer, A.Lindsay

“…Sm 2Fe 17− x Ti x N compounds were prepared from the starting Sm 2Fe 17− x Ti x alloy by nitrogenation processes for 2, 4, 6 and 10 h. The microstructure and…”
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Wear of Al–Mg–Cu composite reinforced by in situ formation of ceramics by Guobin, Li, Jibing, Sun, Quanmei, Guo, Hemin, Di, Jianwei, Lv, Zhenyan, Zhao

“…An Al–Mg–Cu composite reinforced by ceramic phases MgAl 2O 4, MgO and Mg 2Si was fabricated by a powder metallurgy process, in which about 20 wt.% of SiO 2…”
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Interfacial reactions in glass/Al–Mg composite fabricated by powder metallurgy process by Guobin, Li, Jibing, Sun, Quanmei, Guo, Yuhui, Wu

“…The interfacial reactions between glass particles and Al–Mg matrix during fabrication by powder metallurgy processes by pressure sintering at 610 °C for 30 min…”
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Microstructure and magnetic properties of Sm3Co11−xFexB4 ribbons with superior coercivity by Chi, Xiang, Chen, Ziqiang, Wang, Shu, Guo, Tengyu, Li, Jinzhi, Sun, Jibing, Zhang, Ying

“…This paper reports the relationship between the microstructure and magnetic properties of a new Sm3Co11B4-type alloy with ultra-high coercivity. Sm3Co11−xFexB4…”
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Microstructures and magnetic properties of PrFeB/Fe7Co3 nanocomposite magnets by Ding, Hewei, Cui, Chunxiang, Sun, Jibing, Yang, Wei

“…•PrFeB/Fe7Co3 magnetic nanocomposite was prepared by melt spinning and annealing.•The magnetic properties of the nanocomposites are improved by the exchange…”
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Effect of Al82.8Cu17Fe0.2 alloy doping on structure and magnetic properties of SmCo5-based ribbons by Dong, Zhixin, Wang, Shu, Chen, Siyi, Cao, Yunfei, Ge, Zihui, Sun, Jibing

“…This work tries to improve the magnetic properties by multi-element doping in the form of a ternary alloy. SmCo5+x wt% Al-Cu-Fe (x = 0–7) ribbons melt-spun at…”
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Effect of Cu addition on the structure and magnetic properties of SmCo^sub 3.1-x^Fe^sub 0.9^Cu^sub x^B ribbons by Chi, Xiang, Li, Ying, Han, Xu­hao, Sun, Ji­bing, Zhang, Ying, Cui, Chun­xiang

“…The SmCo3.1−xFe0.9CuxB (x = 0, 0.02, 0.06 and 0.1) ribbons were prepared by melt-spinning at 40 m/s accompanied by annealing at 800 °C for 30 min, and then…”
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Fabrication, Microstructure, and Mechanical Properties of Tip/Al Composite by Cui, C., Shen, Y., Li, Y., Sun, J., Kang, S.-B.

“…The fabrication and properties of Tip/Al (i.e. aluminum in‐situ reinforced with titanium particles, see Figure for its microstructure), a metal‐matrix…”
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The effect of Tb doping on the magnetic properties and microstructure of a TbNdFeCoB/Fe 7 Co 3 nanocomposite permanent magnet by Ding, Hewei, Cui, Chunxiang, Yang, Wei, Sun, Jibing

“…Abstract Melt-spun NdFeB-type nanocomposite magnetic materials are important in a number of applications, including electromagnetic sensors, magnetic resonance…”
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Electrochemical fabrication, microstructure and magnetic properties of Sm2Co17/Fe7Co3 dual phase nanocomposite by Cui, Chunxiang, Chen, Fenghua, Yang, Wei, Li, Hongfang, Liu, Qiaozhi, Sun, Jibing

“…By utilizing alternate electrochemical reaction, atomic migration and deposition of Fe, Co, Sm and other chemical substances in the electrochemical solution, a…”
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Effects of cobalt addition on microstructure and magnetic properties of PrNdFeB/Fe 7 Co 3 nanocomposite by DING, Hewei, CUI, Chunxiang, YANG, Wei, SUN, Jibing

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The Effect of Additional Zeolites in Amorphous Silica–Alumina Supports on Hydrocracking of Semirefined Paraffinic Wax by Jiang, Jian, Dong, Zhaohui, Chen, Haoyi, Sun, Jibing, Yang, Chao, Cao, Fahai

“…The amorphous SiO2–Al2O3 supports (SA-x) with different SiO2 weight ratios (x) were prepared by a sol–gel method. The NiW active components were loaded over…”
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Electrochemical fabrication and magnetic properties of Fe7Co3 alloy nanowire array by Yang, Jian, Cui, Chunxiang, Yang, Wei, Hu, Bing, Sun, Jibing

“…A new type of magnetic material, Fe 7 Co 3 nanowires, was successfully synthesized for the first time via a simple electrodeposition method. Highly uniform,…”
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Heat Transfer Study on Hydrocracking of Paraffin Wax over Microfiber-Wrapped Catalyst by Jiang, Jian, Yang, Chao, Sun, Jibing, Dong, Zhaohui, Li, Tao, Cao, Fahai

“…The microfibrous entrapped Pt/SAB catalyst (MFEC) was prepared by wet lay-up papermaking with a sintering process. The MFEC with Cu-fibers and Ni-fibers has…”
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Fabrication and magnetic properties of Fe3Co7 alloy nanowire arrays by Yang, Wei, Cui, Chunxiang, Sun, Jibing, Wang, Baoli

“…Fe 3 Co 7 alloy nanowire arrays have been fabricated by direct current electrodeposition of Fe 2+ and Co 2+ into anodic aluminum oxide (AAO) templates. The…”
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