对球磨反应的机理进行了探讨。
研究了球磨条件对合金化的影响。
该球磨条件对其它褐煤半焦同样适用。
And this grinding condition is also feasible to other lignite chars.
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.
分散剂对染料的球磨效果的影响很重要。
Dispersant plays an important role on milling effect of dyes.
对振动球磨法制取超细碳化钨粉末进行了研究。
Study is made of the vibrating ball miling for ultra-fine WC powder preparation.
生石灰、石膏经过破碎、球磨后进入料仓储存待用；
Store the quicklime and gypsum in the tank after crushing and ball milling.
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.
球磨后粉末形状从原来的长条状转变为细小的球状；
Particle shape varies from long strip to fine globosity after milling.
结果表明：钢渣经过球磨之后，其水化性能大大提高；
Results show that hydrate characteristics of steel slag were increased after ball milling.
实验还表明，球磨弥散剂对样品的性能也有较大影响。
It also shows that the dispersing medium can influence its properties greatly.
球磨湿混工艺能将原料混合均匀，并能有效地使粒度细化。
The raw materials can be perfectly mixed uniformly with a uniform granularity distribution using wet ball-milling.
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.
本文从不同方面分析了大型滚式钢球磨的特性和节能措施。
This paper analyses cylinder mill from operation characteristic and energy-saving means.
此外，还对球磨后的粉末成型工艺进行了探索，提出了改进意见。
In addition, this paper also made a research on the milled powder forming technology, and presented some improvement methods.
将天然海泡石多孔矿物材料进行适当粒度的球磨加工，制成隔热涂料。
The thermal insulation coating material was prepared by ultrafine processing in the ball mill using the natural sepiolite porous mineral.
并将“球磨法”与“研磨法”进行对比，发现球磨法制备的产物更好。
The"ball milling method" is better compare with "hand milling method".
结果表明，球磨处理和粉体煅烧温度对HA坯体的烧结行为均有明显影响。
The results showed that ball-milling treatment and calcining temperature exert an influence on sintering process of HA.
磷石膏经石灰中和、球磨或水洗、球磨预处理，可煅烧成优等品建筑石膏。
The phosphogypsum can be calcined into quality building plaster via neutralized with lime, ball milled or water washed, ball milling pretreated.
还原蓝RS颜料化主要采用了隐色体氧化法、溶剂处理法、球磨法和酸处理法。
Methods of leuco-oxidizing, solvent treating, ball milling and acid treating are used for pigmentation of Vat Blue RS .
此外，还考察了球磨条件包括气氛、球磨机转速等对球磨过程中结构变化的影响。
The influence of milling condition, such as atmosphere and rotation speed of milling on the structure variation has also been investigated.
在下一阶段，将继续建成一个年产20万吨的球磨铸管厂和年产250万吨的钢厂。
In next phases, a ductile iron pipes factory with the production capacity of 2 hundred-thousand tons and a steel factory with the production capacity of 2.5 million tones per annum will be added.
采用干法球磨混合分散可以使纤维在耐火基质中分散较均匀。且纤维长径比满足要求。
Using ball mill mixture process. the fibers dispersion is uniformity and its aspect ratio can meet the demand.
本项目对纳米光亮片状银粉的制备工艺进行了研究，确定了化学还原—机械球磨的工艺路线。
The project made studies on the manufacturing process of the bright nanometer Ag powder, and fixed the process route of chemical reduction-mechanical ball milling.
以偏钨酸氨为原料，采用喷雾干燥、焙烧、球磨和纯氨氮化工艺进行了氮化钨粉体制备研究。
Nanometer tungsten nitride powders were synthesized as amm onium metatungstate by means of spray drying, calcination, milling and nitration in pure ammonia.
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.
采用双螺旋和球磨两种混料方式，研究不同混料时间对（铝）热剂性能及颗粒微现形态的影响。
Properties and morphology of thermites mixed up by twin-screw and ball milling procedures are investigated with different mixing time.
选用聚乙二醇20000和十二烷基硫酸钠两种分散剂，通过球磨分散法制备镁锌铁氧体浆料。
The effects of polyethene glycol 20000 and sodium dodecyl sulfate on the dispersion of magnesium zinc ferrite slurry prepared by ball milling dispersion were studied.
将镁合金切屑在无水乙醇的保护下进行球磨，XRD分析显示镁合金粉末经过球磨没有被氧化。
XRD analysis revealed that MgO was not formed during ball milling of the magnesium alloy powder under the protection of ethanol.
将镁合金切屑在无水乙醇的保护下进行球磨，XRD分析显示镁合金粉末经过球磨没有被氧化。
XRD analysis revealed that MgO was not formed during ball milling of the magnesium alloy powder under the protection of ethanol.
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