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机械球磨法
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  mechanical attrition method
     The synthesization methods of Fe_3O_4 nanoparticles are introduced in this paper,such as mechanical attrition method,micro-emulsion method and hydrothermal method,microemulsion-hydrothemal method,Sol-Gel method,precipitation method and hydrolytic method. The characteristics of these methods are summarized. Furthermore,a brief narration to its prospect is presented.
     概述了纳米Fe3O4磁性颗粒的制备工艺:机械球磨法、微乳液法、水热法、微乳-水热法、溶胶-凝胶法、沉淀法(共沉淀法、氧化沉淀法、超声沉淀法)、水解法等,归纳了各种制备方法的特点,并对其前景进行了简要评述。
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     The amorphous Mg2Ni0.95Sn0.05 + x wt% Ni(x=25,50,75,100,125)composites were synthesized by mechanical ball-milled. The microstructure and electrochemical properties of the composites were investigated.
     用机械球磨法合成了Mg2Ni0.95Sn0.05+x%Ni(质量分数,x=25,50,75,100,125)非晶复合物,研究了其微结构和电化学性能。
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     Preparation of Fe-18Cr-9W Nanocomposite Materials by Mechanical Ball Milling
     机械球磨法合成Fe-18Cr-9W纳米合金粉末
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     The Mg_(0.9)La_xAl_(0.1-x)Ni(x=0.015,0.02,0.025,0.03) were synthesized by MA,with partial substitution of La for Mg,in order to slower deterioration of discharge capacity.
     用机械球磨法(MA)合成了Mg0.9LaxAl0.1-xNi(x=0.015,0.02,0.025,0.03)系列合金。
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     Ni-Cr-Ti-Al cladding powders were mixed by using mechanical ball milling technique.
     采用机械球磨法获得混合均匀的Ni-Cr-Ti-Al熔覆材料;
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     B-C-N nanotube with bamboo-like structure was syn th esized by heating ball milled mixture of boron powder and graphite powder in flo wing ammonia gas stream at 1200℃.
     以石墨粉和硼粉为原料, 采用机械球磨法, 在氨气气氛下球磨 120h, 然后在 1200℃氨气条件下热处理6h, 成功的制备出竹节状的 B C N 纳米管.
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     Mechanical Zinc Plating by High Energy Ball Milling
     高能机械镀锌的试验研究
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     Preparation of Fe-18Cr-9W Nanocomposite Materials by Mechanical Ball Milling
     机械合成Fe-18Cr-9W纳米合金粉末
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     Approach to Grinding Efficiency of the Ball Mill by Wet Process
     湿效率的探讨
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     Preparing Al-Pb alloy by mechanical milling
     机械制备Al-Pb合金
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     THE INFLUENCE OF BALL-MILLING ON THE STRUCTURE OF GRAPHITE 
     机械对石墨结构的影响
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  ball milling method
An alumina ball milling method was applied to enhance the adhesiveness and smoothness of the diaphragm-to-housing (D-H) junction.
      
All the evaluations revealed marked improvements, and the platelet adhesion test revealed that the alumina ball milling method plays an important role in the blood compatibility enhancement of the D-H junction.
      
Direct fabrication of anatase/activated carbon nano-hybrid materials by hydrothermal with ball milling method at low temperature
      
Nano-hybrid materials of anatase and activated carbon were fabricated in a single step by a hydrothermal with ball milling method (H with B) using a conventional autoclave and SiC balls at 180°C.
      


Hexagonal magnetoplumbite-type ferrite magnetic powders such as BaFe 12 O 19 and SrFe 12 O 19 have attracted great attention not only as important permanent magnets but also as a promising material for perpendicular magnetic recording medium,because of their relatively strong anisotropy and interesting magnetization Various preparation methods have been used to obtain nanostructured ferrite magnetic powders,for example,chemical coprecipitation method,sol-gel method,hydrothermal...

Hexagonal magnetoplumbite-type ferrite magnetic powders such as BaFe 12 O 19 and SrFe 12 O 19 have attracted great attention not only as important permanent magnets but also as a promising material for perpendicular magnetic recording medium,because of their relatively strong anisotropy and interesting magnetization Various preparation methods have been used to obtain nanostructured ferrite magnetic powders,for example,chemical coprecipitation method,sol-gel method,hydrothermal method,mechanical ball milling method,glass crystallization method,organic resin method,liquid mix technique and so on In this paper,some of the recent research progress in synthesis of magnetoplumbite-type nanostructured ferrite magnetic powders is reviewed

磁铅石型六角铁氧体(MO·6Fe2O3,M=Ba、Sr)是重要的永磁材料和具有潜在应用价值的磁记录材料。本文综述了近年来在磁铅石型铁氧体纳米磁粉的合成与制备领域的一些最新研究进展,包括化学共沉淀法、溶胶-凝胶法、水热法、机械球磨法、玻璃晶化法、有机树脂法、液体混合技术等,并对各种合成方法进行了简要评价。

Nanocrystalline 4-methylsulfone phenyl serine copper(II) were obtained through a solid liquid reaction at room temperatare and under the effect of high energy ball milling. The prepared nanocrystallite was characterized by elemental analysis, IR, XRD and TEM. The results can demonstrate that the average diameter of the nanocrystallite is 72 nm. The new compound is the complex of 4-methylsulfone phenyl serine and copper(CH 3SO 2C 6H 4CHOHCHNH 2COO) 2 Cu. The nanocystallite has orthorhombic symmetry with...

Nanocrystalline 4-methylsulfone phenyl serine copper(II) were obtained through a solid liquid reaction at room temperatare and under the effect of high energy ball milling. The prepared nanocrystallite was characterized by elemental analysis, IR, XRD and TEM. The results can demonstrate that the average diameter of the nanocrystallite is 72 nm. The new compound is the complex of 4-methylsulfone phenyl serine and copper(CH 3SO 2C 6H 4CHOHCHNH 2COO) 2 Cu. The nanocystallite has orthorhombic symmetry with parameters a=0.3894 nm, b=0.3912 nm, c=0.3890 nm. It is a new nano scale material.

通过室温固液反应及机械球磨法合成对——甲砜苯丝氨酸合铜 ( II)纳米晶 ,并通过元素分析 ,红外光谱及 X射线粉末及 TEM电子透镜对其性质进行了表征。研究表明 ,该纳米晶的平均粒径 72 nm,其组成为 ( CH3 SO2 C6H4 CHOHCHNH2 COO) 2 Cu。该纳米晶属正交晶系 ,晶胞参数 a=0 .3 894 nm,b=0 .3 91 2 nm,c=0 .3 890 nm,为一新型纳米材料

The microstructure and phase structure of Al coating on GCr15 bearing ball by high energy mechanical ball milling was probed, and this variation of annealing coating was analyzed.

利用高能机械球磨法在 GCr15钢磨球表面获得了铝涂层。探讨了该涂层的组织与相结构 ,并且分析了其退火后的变化

 
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