片语

Mechanical Alloying Method机械合金化

bulk mechanical alloying屑以块状机械冶金

made by mechanical alloying机械合金化

cryogenic mechanical alloying低温冷冻机械合金化

Mechanical Alloying-MA机械合金化

ma mechanical alloying机械合金化

mechanical alloying on机械合金化

reactively mechanical alloying反应机械合金化

英汉例句

• in this paper, the mechanisms, processing and characteristic of mechanical alloying (ma) are briefly reviewed, and the progresses of the electrical contact materials prepared by ma is described.

  介绍了机械合金化技术的基本原理、工艺过程及其特点，阐述了机械合金化（ma）制备电触头材料的研究进展。

• shs reactive mechanical alloying is a new technology combining the shs and the mechanical alloying, the process and its applications were reviewed.

  shs反应机械合金化是自蔓延高温合成（shs）同机械合金化相结合而发展起来的新技术。

• the application of mechanical alloying in the field of magnetic materials was reviewed. the investigation status at present are analysized and at the same time the prospect is discussed.

  综述了机械合金化在磁性材料研究中的应用，并对目前研究中存在的问题及发展前景进行了分析。

• mechanical alloying (ma) is a new and better technology used to synthesize mg-based hydrogen storage materials.

  机械合金化法是新近发展起来的制备镁系储氢材料的较佳工艺。

• the mechanism, equipments and feature of mechanical alloying technology were introduced briefly.

  综述了机械合金化的原理、设备和特性及其对材料的影响。

• in this paper, the mechanical alloying process and magnetic properties of fe-si system are studied.

  同时对机械合金化制备碳化物的机理进行了研究。

• it is believed that mechanical alloying opens broad prospects to the synthesis of new metastable materials.

  认为由机械合金化合成的亚稳态新材料的技术有着广阔的前景。

• the influence factors of nanometer wc cemented carbide powder produced by mechanical alloying are also reviewed.

  论述了用机械合金化技术制备纳米wc硬质合金粉的影响因素。

• the development of mechanical alloying (ma) technology is reviewed and the basic process and mechanism of structure evolution and phase transformation induced by mechanical alloying are outlined.

  简要回顾了机械合金化（ma）技术发展的概况，简述了ma在合金中引起的结构演变和非平衡相变的基本过程和机制。

• the brief mechanisms of mechanical alloying are reviewed. the mechanisms of preparing amorphous, nanocrystalline and supersaturated solid solution materials are also reviewed.

  阐述了机械合金化的基本原理， 金属粉末机械合金化形成非晶、纳米晶和超饱和固溶体的基本机理。

• this paper summarizes the development of oxide dispersion strengthened materials made by mechanical alloying and looks forward to the future.

  文本概述，机械合金化方法生产氧化物弥散强化材料的进展及其展望。

• the mechanisms of mechanical alloying and modeling of mechanical alloying were introduced.

  介绍了机械合金化的原理和描述机械合金化过程的理论模型。

• on this basis, summary remarks are presented on the advantageous aspects and prospects of mechanical alloying as a …

  指出了机械合金化技术在纳米晶材料制备方面的优势及应用前景。

• also the differences between solid-liquid reaction milling and mechanical alloying were presented in this thesis.

  最后，本文还比较了固液反应球磨与机械合金化两种技术的不同之处。

• in this paper, a new technology of alloying in solid state called mechanical alloying is introduced.

  介绍了一种新型的固态合金化方法——机械合金化。

• the paper indicates that adopting reactive mechanical alloying method, adjusting constituents of hydrogen storage alloys a…

  指出采用反应机械合金化法、储氢合金组元调整以及添加催化剂是改善性能最有效的途径。

• in this paper, the methods and theory of infiltration and mechanical alloying to produce ag-w contact are recounted in detail.

  详细叙述了制备银钨触头的熔渗法和机械合金化法，并对两种方法作了一些理论上的分析。

• the reaction rate is fast and the composition of the intermetallics is unitary comparing to the mechanical alloying process.

  与机械合金化相比，固液反应球磨技术生成金属间化合物的速度较快，且成分单一。

• mechanical alloying is a non-equilibrium technology in material fields.

  机械合金化是一种材料固态非平衡加工新技术。

• in the ball mill, powdered materials can be ground into a nanometer fraction or mechanical alloying of multicomponent meterial can be achieved by the frequent and intense acti…

  磨球对粉体的频繁强烈的撞击，研磨及搓擦等作用，使粉体能在短时间内研磨到纳米级，或使得多组元材料实现合金化。

• the effect of stored energy produced by mechanical alloying on the solid state sintering was analyzed in this paper.

  分析了机械合金化过程中粉体能量储存对固态烧结过程的影响。

• mechanical alloying is one of the most potential method in the preparation and science research of amorphous alloy.

  机械合金化是一种通过高能研磨实现的固相粉体加工技术。

• in this paper, we described the process of mechanical alloying in detail.

  详细阐述了机械合金化的理论研究所包含的内容。