1) Al-based amorphous alloy
铝基非晶态合金
1.
Al-based amorphous alloys and nano-Al enhanced amorphous composites have attracted much attention due to a combination of high specific strength, good ductility, corrosion resistance and reasonably low price.
铝基非晶态合金及其非晶复合材料具有高强、高韧、轻质、廉价、耐蚀等特点,具有广阔的应用前景。
2.
Al_(85)Ni_5Y_8Co_2 has the highest glass forming ability in Al-based amorphous alloys to date.
系统研究了铝基非晶态合金AI-Co-Y体系中富AI区的非晶形成能力形成非晶结构最佳成分为Al_(88)Co_5Y_7,条带临界厚度为230μm。
2) Al-based amorphous alloy
铝基非晶合金
1.
The development of research in Al-based amorphous alloy;
铝基非晶合金的研究进展
2.
Al-based amorphous alloys containing transition metals (TM) and rare earth elements (Re) have attracted considerable scientific and technological interests due to their good mechanical properties.
含有过渡元素(TM)和稀土元素(Re)的铝基非晶合金具有优良的机械性能,引起了人们极高的研究兴趣。
3.
Al-based amorphous alloy is one of the most important research fields among amorphous alloys,showing excellent mechanical properties,high strength,high toughness,wear resistance and corrosion resistance etc.
本文综述了铝基非晶合金的发展历史、现状、力学性能,提出了铝基非晶态合金的应用领域、存在的主要问题及发展方向。
3) Ni-based amorphous alloy
镍基非晶态合金
1.
Ni-based amorphous alloy nanoparticles have been studied extensively due to their potential applications, especially for catalytic function.
非晶态合金具有短程有序而长程无序的结构特征，从而显示出独特的物理、化学和力学性质，另外，纳米材料具有传统材料所不具备的物理、化学特性，因此非晶态合金纳米化后应该具有更突出的性能，而镍基非晶态合金是其中研究和应用最为广泛、深入的一种，几乎可以应用到各种催化反应中。
4) amorphous aluminum alloy
非晶铝合金
1.
Forrnability and thermal stability of melt- quenched Al_(88)Ce_2N_(10-x)Fe_x(x=o0,1,3,5) amorphous aluminum alloys improves with increase of Fe content.
液淬Al(88)Ce2Ni(10-x)Fex(x＝0,1,3,5)非晶铝合金的形成倾向和热稳定随组元Fe含量的增加，表现出较大的差别：前者趋于降低，后者趋于增大。
2.
The early stage in the crystallization process of rapidly solidified Al88Ce2Ni7Fe3 amorphous aluminum alloy found by X-ray diffraction and transmission electron microscopy is a primary crystallization.
用X光衍射和透射电镜研究证实快速凝固Al88sCe2Ni7Fe3非晶铝合金晶化过程中的初期阶段为初生型晶化。
5) amorphous nickel aluminium alloy catalyst
非晶态镍铝合金催化剂
6) amorphous alloy
非晶态合金
1.
Preparation and application in welding of bulk Mg_(65)Cu_(22)Ni_3Y_(10) amorphous alloys;
块体Mg_(65)Cu_(22)Ni_3Y_(10)非晶态合金的制备及在焊接中的应用
2.
Formation and crystallized behavior of Mg_(65)Cu_(25)Y_(10) amorphous alloy;
Mg_(65)Cu_(25)Y_(10)非晶态合金的形成及其晶化行为
3.
Study for hydrogenation of furfuryl alcohol to tetrafurfural alcohol on NiB/SiO_2 amorphous alloy catalyst;
NiB/SiO_2非晶态合金催化剂用于糠醇加氢制四氢糠醇的研究
补充资料：晶态
分子式：
CAS号：
性质：固态物体存在的占主导地位的形态。晶态固体中每一晶粒内部结构具有与三维点阵对应的三维周期性。晶体内原子、离子、分子在空间排列上的这种三维周期性贯穿于整粒晶体，使晶体内部结构呈长程有序的状态。晶态物质按其晶体结晶过程中的宏观聚集状况及晶粒粒径，有单晶、双晶(孪晶)、多晶(粉晶)、微晶等存在形态的区分。
CAS号：
性质：固态物体存在的占主导地位的形态。晶态固体中每一晶粒内部结构具有与三维点阵对应的三维周期性。晶体内原子、离子、分子在空间排列上的这种三维周期性贯穿于整粒晶体，使晶体内部结构呈长程有序的状态。晶态物质按其晶体结晶过程中的宏观聚集状况及晶粒粒径，有单晶、双晶(孪晶)、多晶(粉晶)、微晶等存在形态的区分。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条