采用高能球磨法合成磷化钴系列化合物。
Cobalt phosphides were synthesized by high-energy ball-milling technique.
利用高能球磨原理实现了低碳钢的机械镀锌。
The mechanical zinc plating of low carbon steel by high energy ball milling was studied.
但用高能球磨直接氮化合成氮化铝的方法尚未报道。
However, there has not article about direct synthesis of aluminum nitride in high-energy ball mill.
采用高能球磨法及热压成型工艺制备了铜基温敏复合材料。
The Cu-based function nanocomposite material is made by high energy ball mill and thermo-compression craft.
探讨了高能球磨法制备纳米KBF_4粉末的工艺过程及影响因素。
The preparation process of KBF_4 nano powders by high energy ball milling and their :influencing factors have been studied.
通过对实验结果的分析，论证了高能球磨法制备石英纳米粉的可行性。
The feasibility of the preparation of nano-scale quartz powder by high energy ball milling is demonstrated through an analysis of experimental result.
表明了一般条件下难以进行的固态还原反应，在高能球磨时可以发生；
The results indicated that the solid state reduction reactions which may not be realized under usual conditions can be carried out through high energy ball milling.
高能球磨试样晶粒生长速率和致密度升高速率比等离子蒸发试样的快。
Moreover, it was found that grain size and relative density growth rate of milling sample were higher than those that prepared by plasma evaporation method.
本发明涉及高能球磨技术，具体是指一种等离子体辅助高能滚筒球磨装置。
The present invention provides a high-powered ball grinding technology, specifically a plasma assisting high powered roller ball grinder.
球磨方式对复合粉末的形貌有显著影响，采用高能球磨对粉末的细化作用明显。
The morphologies of composite powders are affected remarkably by milling methods, and the high-energy ball milling definitely reduces the particle size.
SEM和MS2000分析结果表明，高能球磨中存在冷焊、断裂和加工硬化现象。
The observation results of SEM and MS2000 indicate that cold welding, fragmentation and work harden occurred during high energy ball milling.
采用高能球磨法混料和低温快速热挤压工艺相结合，是实现增强体颗粒均匀分布的最有效方法。
The results indicate that high energy ball milling together with low temperature quick hot extrusion is the most effective method for obtaining homogenous distribution of reinforcers.
高能球磨机的转速不会影响磨球与磨筒壁的脱离点，只会影响磨球对粉体的撞击力及撞击频率。
The ball mill′s rotational speed can only affect the impact force and frequency and has no influence on its separation point between balls and mill wall.
采用气雾化法获得的合金粉，通过高能球磨处理工艺制备了扁平化磁性合金粉体雷达波吸收剂。
The atomized powder was improved by high-energy ball milling, then the radar absorbent of flattened magnetic alloy powder was made.
高能球磨法是制备超细粉体的一种重要方法，但对不同的材料，制备粉体所需的工艺区别较大。
Influence of process control agent in preparation of SiC/Al composite powder by high energy ball milling;
这几种机理从不同的角度说明了高能球磨中，粉末颗粒之间相互作用时所发生的反应方式的复杂性。
At the same time, these mechanisms showed the complexity about powders interaction in the high energy ball-milling.
就目前高能球磨在材料制备领域的工业化应用进行了综述，对制约其工业化应用的因素进行了讨论。
The industrial and potential applications of high-energy ball milling in material field were summarized; and some problems, or confinement factors in the industrial applications were discussed.
研究高能球磨法制备纳米钼铜复合粉末的主要影响因素，通过扫描电镜和透射电镜分析粉末的形貌及颗粒尺寸。
The main influence factors of preparing molybdenum copper nano-powder by high-energy ball milling were studied; the morphology and size of powders were analyzed.
表面活性剂辅助的高能球磨法制备纳米铜铟硒太阳能电池材料，涉及一种制备纳米铜铟硒(CIS)太阳能电池材料的新方法。
The present invention is surfactant aided high energy ball milling process for preparing nanometer Cu-In-Se (CIS) material for solar cell.
结论用行星式球磨方法，在亲水高分子的保护下，选用高能量球磨条件，可得到稳定的氯硝柳胺纳米剂。
Conclusion Under the protection of hydrophilic polymers, stable nanoparticle solution of niclosamide can be prepared by the method of planet ball-milling choosing high-energy ball-milling condition.
采用高能机械球磨法制备了金属铁、钨微粉，分析了铁、钨粉末产品的粒度分布特性、比表面积变化情况及颗粒形貌。
The powder of iron and tungsten are prepared by using high energy mechanical ball mill. The size distribution, specific surface area and grain shape of iron and tungsten powder are analysised.
采用高能机械球磨法制备了金属铁、钨微粉，分析了铁、钨粉末产品的粒度分布特性、比表面积变化情况及颗粒形貌。
The powder of iron and tungsten are prepared by using high energy mechanical ball mill. The size distribution, specific surface area and grain shape of iron and tungsten powder are analysised.
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