intermetallic

[ˌintə(:)miˈtælik]
  • intermetallic
  • adj.

    金属间(化合)的

纠错 数据更新时间:2026-04-17 21:35:18
1、

Microstructure and High-temperature Sliding Wear Resistance of a Cr_3Si/ Cr_ ( 13) Ni_5Si_2 Intermetallic Alloy

Cr3Si/Cr(13)Ni5Si2金属间化合物合金组织与高温滑动磨损性能的研究

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2、

Abrasive Wear Behavior of Intermetallic Molybdenum Disilicide in Dry Friction

金属间化合物二硅化钼在干摩擦条件下的磨粒磨损特性

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3、

High Temperature Hot Corrosion Behaviour of Chromized and Aluminized Ni_3Al Intermetallic Compounds

渗铬、渗铝Ni3Al金属间化合物的耐高温热腐蚀性能

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4、

FeAl Intermetallic Compounds/ Al_2O_3 Composites& A New Ceramic Tool Material

FeAl/Al2O3陶瓷基复合材料&一种新型刀具材料

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5、

Atomistic Simulation of Rare Earth-Transition Intermetallic Compounds Derived from CaCu_5 Type

稀土过渡金属CaCu5型衍生化合物结构的原子级模拟

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6、

Tt was because the solubility was not mutually big between titanium and copper, and the solubility changed when the temperature changed, it had a the very big tendency to form intermetallic compound and eutectic.

这是由于钛与铜相互之间的溶解度不大,并且随温度而变,具有很大的形成金属间化合物和共晶体的倾向。

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7、

In fact, the thickness of the intermetallic layer is determined by a combined process including simultaneous dissolution and growth of the intermetallic compound.

实际上,在化合物层的生长过程中同时也伴随着溶解过程,由于其生长速度大于溶解速度,化合物层厚度随钎焊时间的增加而增加。

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8、

Because of the high hardness and stability of intermetallics, the using of intermetallic coating can enlarge the substrate's serving temperature range and represents excellent resistance to wear and erosion of the coating at high temperature and exhibits high ratio of property price.

由于金属间化合物的硬度高,高温稳定好,金属间化合物涂层的应用可以提高原基体材料的应用温度范围,并在高温下表现出良好的耐磨耐蚀性,是一种高性价比的表面涂层技术。

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9、

The formation and microstructure of intermetallic surfacing layers acquired by light beam heating Ni and Al mixed powder were investigated by means of X-ray diffraction, SEM, EDXS and microhardness.

采用X射线衍射、SEM、EDXS及显微硬度等方法,研究了光束堆焊Ni,Al混合粉末制备的金属间化合物涂层的成形和微观组织特征。

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10、

During the welding process of titanium alloy and aluminum alloy, it is easy to form many kinds of brittle intermetallic compounds at the interface of Ti/ Al dissimilar alloys. Those compounds weak the bonding strength of Ti/ Al joints.

钛合金和铝合金的焊接过程中,在Ti合金/Al合金界面处极易生成各种脆性的金属间化合物,制约着接头的结合性能。

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11、

Atomistic Simulation on the Structure and Vibrational Properties of Intermetallic Compounds

金属间化合物晶体结构和振动性质的原子级模拟

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12、

The Gibbs free energy of different intermetallic compounds in insufficient Au or Sn was quantitative computed by thermodynamics. These results can explain the intermetallic compounds evolvement law very well.

采用热力学方法定量计算了不足量的Au或Sn的条件下Au/Sn扩散中各中间相的生成吉布斯自由能,较好地解释了中间相的演化规律。

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13、

The alloy layer of tinplate is an intermetallic compound formed between base plate and tin coating through thermodiffusion during the treatment of heating and fusing after electrotinning.

镀锡板合金层是镀锡后在加热熔融处理过程中通过热扩散在基板与锡层之间生成的一种金属间化合物,因此,合金层的生成与原板和镀层都有很大关系。

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14、

The compose and microstructure of intermetallic compound after temperature cycling test are also observed by scanning electron microscope ( SEM).

通过扫描电镜(SEM)对温度循环试验后焊球金属间化合物(IMC)层和剪切强度试验后的断裂面进行了形貌、结构和组分的观察及分析。

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15、

In order to obtain a high performance of magnetic refrigeration, a great deal of prototype materials and intermetallic compounds with large MCE were studied.

为获得较大的磁致冷性能,人们研究了大量的具有大磁热效应的原材料和金属间化合物。

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16、

Formation of Intermetallic Phases in Al-rich Part of Ternary Alloy Systems Containing Transition Metals

含过渡金属的富Al三元合金相的形成规律

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17、

Activity, thermodynamic factor in chemical diffusion and interdiffusion coefficient in the L1_2-Ni_3Ga and DO_3-Fe_3Al non-stoichiometric intermetallic compounds

L12Ni3Ga和DO3Fe3Al非化学计量金属间化合物的活度、热力学因子和互扩散系数

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18、

The Cr3Si/ Cr13Ni5Si2 intermetallic alloy has good high-temperature sliding wear resistance because of the high hardness and strong atomic bonds.

结果表明,由于Cr3Si和Cr13Ni5Si2硬度高、原子键合力强、组织细小、均匀,在高温滑动磨损条件下具有优良的耐磨性能。

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19、

Microstructure of the Reaction Zone and the Growth Behaviors of the Intermetallic Compound in Ti/ Fe Contact Reaction

Ti/Fe接触反应区微观组织及Ti-Fe化合物的生长行为的实验分析

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20、

Properties and application of intermetallic compound molybdenum disilicide

金属间化合物二硅化钼的性能及应用

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21、

Experimental Study on Thermal Explosion Dynamics of NiAl Intermetallic Compound

NiAl金属间化合物热爆合成动力学的试验研究

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22、

The remelting temperature of joint brazed with BNi-5 by pre filling 316 alloy powder is the highest ( 1 325), and its microstructure is solid solution mingled with trace intermetallic compounds.

用BNi-5钎料钎焊针缝内预填316粉时,针缝组织内的固溶体相中夹带少量的化合物相,钎缝的重熔温度高达1325℃。

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23、

Artificial neural network model for ignition time of thermal explosion in Ni-Al system intermetallic compounds

神经网络模型在预测Ni-Al系热爆点火时间中的应用

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24、

A hyperpolyhedron model obtained by pattern recognition methods can be used to describe the boundaries of the zone of ternary compound formation in the multi-dimensional space, with good ability of computerized prediction for ternary intermetallic compound formation.

由模式识别方法所得超多面体模型可用于描述多维空间中三元金属间化合物形成区的边界,且能预报三元金属间化合物的形成与否。

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25、
26、

High temperature deformation behaviour of TiAl intermetallic compound

Ll0型TiAl金属间化合物的高温形变行为

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27、

Regularities of Formation of Binary Intermetallic Compound between Nontransition Elements

非过渡元素间二元合金相的中间化合物形成规律研究

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28、

Dislocation features in FeAl intermetallic compound after deformation at high temperature

高温变形FeAl金属间化合物中的位错特征

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29、

Low temperature environmental hydrogen embrittlement, high temperature oxygen embrittlement and environmental embrittlement mechanism of intermetallic compounds were reviewed. The approach to improve environmental embrittlement was discussed.

综述了金属间化合物的低温环境敏感氢脆、高温氧脆、脆化机理的国内外最近研究成果,并简单综述环境敏感脆性的改善途径。

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30、

The formation and growth kinetics of the intermetallic compounds through reaction between liquid Zn and low carbon steel containing Si which is treated by electroless pre-plating Ni are analyzed.

采用预镀镍的方法,研究了含硅低碳钢预镀镍后与液态锌的反应以及金属间化合物组织的形成和变化规律。

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