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高能球磨技术
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  high-energy ball-milling process
     High-energy ball-milling process is a powerful method for the preparation of amorphous phases, nanocrystalline materials, and so on. In this paper, we applied the high-energy ball-milling process to the synthesis of superionic conducting amorphous materials with Ag2S content of 80 mol%. Ball milling of 12h to 20h led to the formation of amorphous phases in the composition.
     高能球磨技术是一种有效的合成非晶质材料、纳米材料的方法,本研究利用高能球磨技术制备了Ag_2S含量为80%的非晶质快离子导电材料,研究表明:当研磨时间为12~20h可导致非晶质相的形成.
短句来源
  high-energy ball milling technique
     Trivalente cation-stabilized zirconia has been prepared using the high-energy ball milling technique.
     用高能球磨技术可以制备3价阳离子稳定的氧化锆。
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  “高能球磨技术”译为未确定词的双语例句
     Based on shattering mechanism and the corresponding models, the properties and characteristics of a variety of ball miller are analyzed and compared, the surface modified mechanism of powder is discussed, and it is put forward that sheet zinc powder is prepared by high energy ball milling.
     论文基于粉末粉碎机理和粉碎模型,分析、比较了多种研磨机的性能特点,探讨了粉体表面改性的机理,提出采用高能球磨技术制备片状锌粉的工艺途径。
短句来源
     WC/Cu composite powders with different WC content milled for a different time were examined with SEM and XRD technique to find out the optimum milling time in terms of morphology, mean powder size and phase composition.
     采用高能球磨技术制备了不同含量的WC/Cu复合粉末,利用SEM和XRD技术对球磨后粉末的形貌、粒度和物相成分等作了分析,据此确定最佳的球磨工艺。
短句来源
     Nanostructured AgSnO 2 powders were prepared by high energy ball milling. After hot press sintering, the nanostructured AgSnO 2 contact materials were obtained.
     利用高能球磨技术制备纳米 Ag Sn O2 粉末 ,热压烧结后 ,制得纳米 Ag Sn O2 块体。
短句来源
     The possibility of implanting helium into LaNixAly alloy by high energy ball milling is explored.
     探索了利用高能球磨技术在LaNixAly合金和50Zr50Co球磨粉中充He的可行性。
短句来源
     Sub-micro AgSnO 2 powders are prepared by high energy ball milling,the samples of the contact materials are prepared through press forming and step isothermal sintering.
     利用高能球磨技术制备出亚微米级AgSnO2 粉末 ,对压制成型的试样采用分级保温烧结的热处理技术。
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  相似匹配句对
     Diffusion reaction during high-energy ball milling
     高能固态扩散反应研究
短句来源
     The mechanism of MA in high energy ball-milling technology
     高能中的机械合金化机理
短句来源
     NANO-CRYSTALLINE MATERIALS FORMED BY HIGH ENERGY BALL MILLING
     高能法制备纳米材料
短句来源
     PREPARATION OF Zr-V SYSTEM NANOPOWDERS BY HIGH-ENERGY BALL MILL
     高能制备Zr-V纳米粉末
短句来源
     AUTOMATIC OUT-SIGHT TRACING FOR BALLOON-BORNE HIGH ENERGY ASTRONOMICAL TELESCOPE
     高能天文望远镜的超视距自动跟踪
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  high-energy ball milling technique
These results have shown that the high-energy ball milling technique is a promising method to prepare PZST ceramics due to its simple procedure.
      


Mechanical alloying (MA) of elemental powder mixtrues of 38.4Cu/25.6Ti/18Fe/18Nb and amorphous Cu60Ti40 - Fe50Nb50 powder mixtures of (Cu60Ti40)64(Fe50Nb50)36 are pedermed using a high energy ball mill. In the MA processing, the systems for the elemental powder mixtures, which possessing a lager negative heat of mixing, markedly promote the amorphization of Cu-Ti-Fe-Nb systems.

利用高能球磨技术研究了混合焓对Cu-Ti-Fe-Nb系非晶形成和晶化的影响,表明了具有较大负混合焓的体系容易形成非晶相.

In this paper, High energy ball milling method was used to treated the fly ash.SEM and BET methods were used to study the microstructure and specific surface of various fly ash treated for difference time by ball milling. Results showed that particles and specific surface of fly ash decreased remarkablely with the increasement of ball willing time, the bigger hard glass pearls were borken and its surface became irregular .Thermal analysis showed that the hydration exothermic heat increased for the fly ...

In this paper, High energy ball milling method was used to treated the fly ash.SEM and BET methods were used to study the microstructure and specific surface of various fly ash treated for difference time by ball milling. Results showed that particles and specific surface of fly ash decreased remarkablely with the increasement of ball willing time, the bigger hard glass pearls were borken and its surface became irregular .Thermal analysis showed that the hydration exothermic heat increased for the fly ash treated by ball milling cement system.The pressing strength of hardening body of fly ash treated for 5 hours by ball milling cement system increased 4 times than that of raw fly ash cement system.

研究了粉煤灰的显微结构,采用高能球磨技术处理粉煤灰,通过扫描电镜和透气法研究了处理后的煤粉灰的结构变化及比表面积变化。结果表明,球磨处理后的粉煤灰极度细化,大颗粒硬质玻珠被打破并无规则化,比表面积增大。热分析结果表明,球磨后的粉煤灰水化放热量缓增,强度实验表明,球磨5h后,配制的粉煤灰水泥强度提高4倍。

Nano-crystalline tungsten heavy alloy powder was prepared with a high-energy ball milling technique. The behaviors of injection molding and sintering of the nano-crystalline powders were studied and compared with those of the traditionally mixed powders. The results showed that milling could increase the critical powder loading of the feedstock and improve its homogeneity. The compacts molded from the nano-crystalline powder could be sintered to near-full density at temperatures between 1300 and 1450 ℃ at which...

Nano-crystalline tungsten heavy alloy powder was prepared with a high-energy ball milling technique. The behaviors of injection molding and sintering of the nano-crystalline powders were studied and compared with those of the traditionally mixed powders. The results showed that milling could increase the critical powder loading of the feedstock and improve its homogeneity. The compacts molded from the nano-crystalline powder could be sintered to near-full density at temperatures between 1300 and 1450 ℃ at which no liquid phase existed. The obtained samples showed very fine tungsten grains (3-4um), high tensile strength (1130MPa) and excellent shape retention.

采用高能球磨技术制备了90W-7Ni-3Fe(质量分数,%)纳米晶钨基重合金粉末,研究了该粉末的注射成型和烧结行为,并与传统混合粉末进行了比较,结果表明,机械球磨可以有效地增加粉末喂料的固体粉末含量,改善粉末料的均匀性,并可促进团相烧结的致密化,纳米粉末注射成形坯在 1300~1450℃进行固相烧结后,可得到近全致密(>99%)、晶粒细(3~5μm)、拉伸强度高(≥1130MPa)和几乎无变形的重合金样品

 
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