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matrix alloying
相关语句
  基体合金化
     Al2O_(3p)/Al COMPOSITES WITH COMPATIBLE INTERFACE BY MATRIX ALLOYING
     通过基体合金化制备界面相容的Al_2O_(3p)/Al颗粒增强铝基复合材料
短句来源
     INVESTIGATION ON THE INTERFACE REACTIONS AND MATRIX ALLOYING OF WC_P/Fe-C COMPOSITES
     WC_P/Fe-C复合材料的界面反应和基体合金化研究
短句来源
     To improve the wettability and adherence of Al_2O_(3(sf))/Al composites,the approach by matrix alloying is proposed. The alloying element has to meet both of the following requierements:1.It should be able to reduce the surface tension of molten aluminum,namely,Γ_M<Γ_(Al);
     提出通过基体合金化改善Al2O3(sf)/Al界面浸润性的想法,添加的合金元素M须满足以下两个条件:(1)元素M的表面能必须小于Al的,即ΓM<ΓAl;
短句来源
     To improve the wettability and adherence of A1_2O_3(sf)/Al composites, the approach by matrix alloying is supposed. The alloying element M have to meet both of the following requirements: (1)It is able to reduce the surface tension of molten aluminium, namelyσM<σAl;
     提出通过基体合金化改善Al2 O3(sf) /Al界面浸润性的想法 ,添加的合金元素M须满足以下两个条件 :(1 )元素M的表面能必须小于Al的 ,即ΓM<ΓAl;
短句来源
     Investigation on the interface reactions and matrix alloying of WC P/Fe C composites was performed by centrifugal casting a hollow cylinder with composite structure and measuring macrostructures and X ray diffraction analysis and SEM micrography with EDS analysis.
     利用离心铸造成型碳化钨颗粒 (WCP)增强 Fe- C基体合金的复合结构空心圆柱体 ,采用宏观测量、X射线衍射分析和扫描电镜 (SEM)与能谱 (EDS)的微观分析 ,对 WCP/ Fe- C界面反应和基体合金化研究。
短句来源
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  “matrix alloying”译为未确定词的双语例句
     the alloying layer isγ-(Fe,Ni) for steel 10, and there were Cr23C6 and Cr7C3 in γmatrix alloying layer of steel 45, T8 sample.
     Ni-Cr共渗层均以γ-(Fe,Ni)相为基,在45,T8钢试样中,同时存在碳化物Cr23C6和Cr7C3。
短句来源
     The results show that the nickel-chromizing layer is γ-(Fe,Ni)phase for 10 steel,and there are Cr 23C 6 and Cr 7C 3 in γ matrix alloying layer of 45,T8 steel.
     45和T8钢共渗层在γ相基体上分布着碳化物 (Cr2 3 C6和Cr7C3 ) 3种碳钢在共渗层与基体过渡区均为合金珠光体 (α相和 (Fe,Cr) 3 C)结构
短句来源
     Improvement on the Wettability and Adherence of Al_2O_3(sf)/Al Composites by Matrix Alloying
     改善氧化铝短纤维与铝液基体间浸润性的研究
短句来源
     The results show that multi-welled carbon nanotubes reinforced aluminum matrix composites can fuse without the damage of carbon nanotubes structure when the laser energy input was 800×105J/m2. The matrix alloying element Mg can decrease the surface energy of matrix,and improve the wettability and interfacial bonding between carbon nanotubes and aluminum matrix.
     结果表明,在单位面积激光能量为800×105 J/m2时,纳米碳管增强铝基复合材料能够熔合而不破坏纳米碳管结构; 在该复合材料中适量添加表面张力较低的金属Mg,可降低基体铝的表面张力,进而降低铝一纳米碳管的液固界面能,改善铝合金和纳米碳管的润湿性;
短句来源
  相似匹配句对
     ALLOYING
     中国有色金属史(十一) 合金制取
短句来源
     MoSi2 Matrix Composites Prepared by Mechanical Alloying
     机械合金化制备MOSi_2基复合材料
短句来源
     Matrix Polymerization
     聚合新技术—模板(MatriX)聚合(Ⅰ)
短句来源
     The quaternion Matrix
     四元数的矩阵形式
短句来源
     (3)alloying;
     (3)合金化阶段;
短句来源
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  matrix alloying
The effect of temperature, matrix alloying and substrate coatings on wettability and shear strength of Al/Al2O3 couples
      
Effect of matrix alloying elements on the corrosion resistance of C/Al composite materials
      
The mechanical properties were strongly dependent upon the nature of the matrix alloying elements, the heat treatment conditions and the processing routes.
      
The mechanical properties were strongly dependent upon the nature of the matrix alloying elements, the heat treatment conditions and the processing routes.
      


Nickel-Chromizing was conducted for carbon steel samples (mass fraction:0.1%, 0.45%, 0.8%) using the technique of glow-discharge ion surface alloying with arc sources. By using X-ray diffraction, SEM and TEM, the phase structure and the distribution of alloying elements (Cr, Ni, C) in the alloying layer were studied. The results indicated that the surface concentration of nickel and chromium is 50%-60% and 10%-15% respectivaly;the concentration of alloying elements in alloying layer decressed gradually from...

Nickel-Chromizing was conducted for carbon steel samples (mass fraction:0.1%, 0.45%, 0.8%) using the technique of glow-discharge ion surface alloying with arc sources. By using X-ray diffraction, SEM and TEM, the phase structure and the distribution of alloying elements (Cr, Ni, C) in the alloying layer were studied. The results indicated that the surface concentration of nickel and chromium is 50%-60% and 10%-15% respectivaly;the concentration of alloying elements in alloying layer decressed gradually from surface to inner; the distribution of carbon in alloying layer of samples with different carbon-contents is different; the alloying layer isγ-(Fe,Ni) for steel 10, and there were Cr23C6 and Cr7C3 in γmatrix alloying layer of steel 45, T8 sample.

本文利用扫描电镜、透射电镜及X射线衍射仪,研究了加弧辉光离子渗金属技术在碳钢(10,45,T8)表面形成的Ni-Cr共渗层的合金元素(Cr,Ni,C)分布及其显微组织,结果表明,在本文的实验条件下,渗层表面合金元素浓度(质量分数,%)为Ni50-60,Cr10-15,渗层内合金元素含量由表面向内逐渐降低;由于试样碳含量的不同,形成的Ni-Cr渗层内碳元素的分布具有不同的特点;Ni-Cr共渗层均以γ-(Fe,Ni)相为基,在45,T8钢试样中,同时存在碳化物Cr23C6和Cr7C3。

The influence of matrix alloying, treatiment methods for the alumina-silicate fibers, and different binders, on the tensile strength of aluminium matrix composites (AMCs)reinforced by alumina-silicate fibers has been investigated. It is shown that the tensile strength of the AMC with ZL109 aluminium alloy as a matrix is higher than those of AMCs with other aluminium alloy matrices. The tensile strengths of AMCs reinforced by Mullite alumina-silicate fibers is higher than those of AMCs...

The influence of matrix alloying, treatiment methods for the alumina-silicate fibers, and different binders, on the tensile strength of aluminium matrix composites (AMCs)reinforced by alumina-silicate fibers has been investigated. It is shown that the tensile strength of the AMC with ZL109 aluminium alloy as a matrix is higher than those of AMCs with other aluminium alloy matrices. The tensile strengths of AMCs reinforced by Mullite alumina-silicate fibers is higher than those of AMCs reinforced by Al 2O 3 fibers and the tensile strength of the AMC with silicasol binder is higher than that of the AMC with alumina binder. This phenomenon is explained in detail in terms of AMC fracture mechanisms.

研究了基体合金化、硅酸铝纤维处理方法以及不同粘结剂对硅酸铝纤维增强的铝基复合材料室温强度的影响。结果表明:基体为ZL109铝合金的复合材料的强度高于以其它铝合金为基体的铝基复合材料;用莫来石硅酸铝纤维增强的铝基复合材料的抗拉强度高于用γ型三氧化二铝纤维增强的铝基复合材料;用硅溶胶作粘结剂的铝基复合材料的强度高于用三氧化二铝为粘结剂的铝基复合材料的强度。

The development of C (CF, GF, G)/Cu matrix composites, including the researching progressin matrix alloying, surface treatment of carbon reinforcement, production techniques, properties and applicationswas briefly reviewed.

简要回顾了碳/铜复合材料的发展过程,综述了在基体合金化、碳增强的表面处理、制备工艺、性能及应用等方面的研究进展。

 
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