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快速凝固粉末
相关语句
  rapidly solidified powder
     The production and Application of Rapidly Solidified Powder Aluminium Alloys
     快速凝固粉末铝合金的制备和应用
短句来源
     The Development of Rapidly Solidified Powder Metallurgy Aluminium-lithim Alloys (2)
     快速凝固粉末铝锂合金的研究及发展(二)
短句来源
     This paper summarizes the main research progress on proper alloy design, the production and consolidation of powder and microstructi res and mechanical properties of rapidly solidified powder metallurgy of Al-Li alloys.
     本文综述了快速凝固粉末铝锂合金在成分选定、粉末的制取和成型、合金组织与性能等几方面的主要研究成果。
短句来源
  rapidly solidified powder metallurgy
     The Development of Rapidly Solidified Powder Metallurgy Aluminium-lithim Alloys (2)
     快速凝固粉末铝锂合金的研究及发展(二)
短句来源
     This paper summarizes the main research progress on proper alloy design, the production and consolidation of powder and microstructi res and mechanical properties of rapidly solidified powder metallurgy of Al-Li alloys.
     本文综述了快速凝固粉末铝锂合金在成分选定、粉末的制取和成型、合金组织与性能等几方面的主要研究成果。
短句来源
  “快速凝固粉末”译为未确定词的双语例句
     TiB_2 reinforced AlFeVSi alloy by rapid-solidified powder metallurgy
     快速凝固粉末冶金TiB_2颗粒增强AlFeVSi耐热铝合金
短句来源
     Al-Fe-Ce-Ti-(Si) HEAT RESISTANT ALLOY MADE BY RAPIDLY SOLIDIFICATED POWDER
     快速凝固粉末Al-Fe-Ce-Ti-(Si)耐热合金
短句来源
     The paper has studied the microstructures and properties of Al-Fe-Ce-Ti-(Si) alloy hot extruded from rapidly solidificated powder obtained by rotary blade method.
     研究了用旋转叶片法制得的快速凝固粉末热挤压成形的Al-Fe-Ce-Ti-(Si)合金的显微组织和性能。
短句来源
     AGEING PRECIPITATION AND MICROSTRUCTURES OF Al-Li-Mg-Zr RAPID SOLIDIFICATION POWDER ALLOY
     快速凝固粉末Al-Li-Mg-Zr合金的时效析出及微观组织
短句来源
     After the sample is prepared with the powder made by nitrogen atomization and cold isostatics compaction(CIC) blank, the degassing test successfully converts the amorphous hydrous Al_2O_3·3H_2O oxide film of the powder's surface into crystalline brittle γ-Al_2O_3 through vacuum degassing technology.
     采用氮气雾化制粉及冷等静压制取实验样品,通过对快速凝固粉末及冷等静压坯的脱气实验,成功地使粉末表面呈非晶态含水的Al_2O_3·3H_2O氧化膜转变为晶态的脆性的γ-Al_2O_3。
短句来源
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  相似匹配句对
     Superplasticity of Rapidly Solidified Powdered Al-Allovs
     快速凝固粉末铝合金的超塑性
短句来源
     Rapidly Solidified Powder Making Technique in the Field of Precious Metals
     快速凝固制造贵金属微细粉末
短句来源
     The production and Application of Rapidly Solidified Powder Aluminium Alloys
     快速凝固粉末铝合金的制备和应用
短句来源
     RAPIDLY SOLIDIFIED ELEVATED TEMPERATURE ALUMINUM ALLOY'S POWDER DEGASSING
     快速凝固耐热铝合金粉末脱气研究
短句来源
     Study on Microstructure and Properties of Rapidly Solidified Aluminum Alloy Powders
     铝合金快速凝固粉末组织及性能的研究
短句来源
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  rapidly solidified powder
The microstructural characteristics of rapidly solidified powder and the microstructure changes with heat treatment were investigated in terms and related to powder size.
      
Rapidly solidified powder metallurgy (PM) Al-Si-X alloys provide such properties.
      
Extrusion of an aluminum alloy prepared from rapidly solidified powder
      
The extrusion characteristics of a promising Al-Si alloy produced from rapidly solidified powder, and the effects of such variables as temperature, reduction ratio, and die geometry on extrusion pressure and friction force have been investigated.
      
Deformation rate response of an Al-Si alloy prepared from rapidly solidified powder
      
更多          
  rapidly solidified powder metallurgy
Rapidly solidified powder metallurgy (PM) Al-Si-X alloys provide such properties.
      
Control of microstructure and component shape in rapidly solidified/powder metallurgy titanium alloys
      
Extensive use of titanium rapidly solidified/powder metallurgy (RS/PM) components requires not only careful control of the microstructure for optimum mechanical properties but also cost-effective processing.
      
Low cycle fatigue tests were conducted at 482 °C (900 °F) on forgings and extrusions of a rapidly solidified powder metallurgy titanium base alloy with and without rare earth additions.
      


By ultrasonic gas atomization,two new highly alloyed aluminum steels were developed,which obtained a very fine microstructure,and hence possessed a super- plasticity at a certain temperature and certain strain rate.The one is A1-6.7Mg-1.6Li alloy which shows its maximum tensile elongation as 184% at 325℃ and the initial strain rate 9×10~(-2)s~(-1),and the other is Ⅹ7091 as 218% at 400℃ and the rate 9×10~(-3)s~(-1).As compared with conventional ingot alloys they show their super- plasticity at a relatively higher...

By ultrasonic gas atomization,two new highly alloyed aluminum steels were developed,which obtained a very fine microstructure,and hence possessed a super- plasticity at a certain temperature and certain strain rate.The one is A1-6.7Mg-1.6Li alloy which shows its maximum tensile elongation as 184% at 325℃ and the initial strain rate 9×10~(-2)s~(-1),and the other is Ⅹ7091 as 218% at 400℃ and the rate 9×10~(-3)s~(-1).As compared with conventional ingot alloys they show their super- plasticity at a relatively higher strain rate(10~(-2)s~(-1)).

用超声气体雾化法制备了两种合金化程度较高的新型铝合金,在超声雾化的快速凝固过程中合金得到了很细的显微组织,因而在一定的温度和应变速率下合金具有超塑性。一种 A1-6.7Mg-1.6Li 铝合金在325℃,开始应变速率10~(-2)/秒下显示的最大延伸率为184%,而另一种×7091合金在400℃,开始应变速率9×10~(-3)/秒时呈现218%的延伸率。和常规铸造加锻造的铝合金不同,快速凝固的粉末铝合金在比较高的应变速率下(10~(-2)/秒)即可出现超塑性。

In this paper the rapid folidificatiort techniques,the microstructure changes of R.S.M.P.,the powder extrusion techniques and its applications have been reviewed.

本文综合评述了快速凝固工艺的技术特点以及快速凝固金属粉末的组织变化;并介绍了快速凝固粉末的压结方法和这类合金的应用。认为快速凝固金属粉末具有广泛的工业化前景,并将促进粉末冶金技术及合金化理论的发展。

The present paper has summarized the status of studies on the rapid solidi- fication of powdered Alalloys,discussed the characteristics of crystalline structures produced by rapid solidification and reviewed some problems in researching works.The future and developing trends of the rapid solidification of powdered Al alloys have been investigated in consideration of alloy design.

本文综述了快速凝固粉末铝合金的研究现状,讨论了合金经快速凝固而产生的晶志组织结构特点。并对研究中的一些问题作了评述。从合金设计的角度探讨了末来快速凝固粉末铝合金的研究方向及发展趋势。

 
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