相合金

Ni3Al+NiAl双相合金的氢致开裂

Hydrogen-induced cracking for two phase ( ni_3al + nial ) alloy

Ti基AB2Laves相合金的结构与电化学性能

Structure and electrochemical properties of Ti-based Laves phase hydrogen storage alloy

快淬对AB2Laves相合金容量的影响

The effects of rapid quenching on the discharge capacity of AB_2 Laves phase electrode alloys

TiAl基双相合金等温转变的动力学

Kinetics of Isothermal Transformation in Two Phase TiAl-based Alloys

AB2型锆基Laves相合金及贮氢电极

AB_2 Type Zr-Based Laves Phase Alloys and Hydrogen Absorbing Electrodes

含Gd、Ce液相合金对烧结钕铁硼磁体性能和组织影响

The Effect of Liquid Phase Alloy with Gd 、 Ce on the Magnetic Properties and Microstructure of Sintered Nd-Fe-B Magnets

定向凝固NiAl多相合金的高温超塑性研究

Investigation on Superplastic of DIRECTION-ALLY solidified NiAl multiphase alloy

Mo2Ni3Si／γ双相合金的显微组织及室温干滑动磨损行为研究

Microstructure and room-temperature dry sliding wear behavior of mo_2ni_3si / 7 dual-phase alloy

对比研究了双主相合金法与普通双合金法制备烧结（Nd，Dy）-Fe-B永磁体的性能。双主相合金法制备的磁体易于实现全致密化并且磁体的剩磁较高，综合磁性能较好。

The magnets prepared by double main phase alloy method were easy to achieve full densification , higher remanence and better integrated magnetic properties .

添加稳定铁素体相合金元素Si，Al等能提高相界面摩尔分数和相平衡温度，而添加稳定奥氏体相合金元素Mn，Ni等则正好相反；

The equilibrium mole fraction and phase equilibrium temperature will increase by adding such ferrite stabilizers as Si and Al , but decrease by adding such austenite stabilizers as Mn and Ni .

Laves相合金的物理冶金特性

Physical Metallurgy of Laves Phase Alloys

Laves相合金的力学性能

Mechanical Properties of Laves Phase Alloys

当晶界散射系数r→1时，可使用M-S模型对快速凝固复相合金的电阻率进行理论计算。

Under the condition that the grain boundary reflection coefficient r approaches 1 , the electrical resistivity of rapidly solidified multiphase alloys can be predicted theoretically .

与通常观察到的Ni-Cu催化剂中Cu在表面富集或生成均相合金不同，这些催化剂是表面Ni富集。

Different from the surface enrichment in Cu or the formation of homogeneous alloy generally observed on Ni-Cu catalysts , the surface of the above-mentioned catalysts was enriched in Ni .

X射线衍射分析结果表明，纳米复合材料由Mg2NiNi复相合金和纳米TiO2组成，平均晶粒度为24～35nm。

The XRD patterns indicate that the nanocomposites contain Mg_2Ni-Ni alloys and TiO_2 nanoparticles , and the average crystalline sizes are 24 ~ 35nm .

动力学性能测试表明，纳米TiO2降低了复相合金的吸放氢温度，增加了吸氢速度，但储氢量有所降低。

On the basis of the kinetics results , it was shown that TiO2 nano-particles reduced the absorption temperature and increasing the hydriding speed , but the hydriding capacity was reduced .

冷却辊材质及快淬气压对Nd2Fe（14）B/α-Fe纳米双相合金组织结构和磁性能的影响

Effects of Chilling-Roll Materials and Ambient Pressure on the Microstructure and Magnetic Properties of Nanocomposite Nd_2Fe_ ( 14 ) B / α - Fe Magnets

通过激光气相合金化技术在γTiAl铸态合金表面原位制得以高硬度高耐磨氮化物为增强相的金属基复合材料表面改性层。激光气相合成氧化铁超细粉

Composite modification layer on γ - TiAl alloy could be available by laser gas nitriding technique which was reinforced by nitrides . Syntheses of γ - Fe_2O_3 / Fe_2O_3 Ultrafine Powders by Laser Induced Vapor-Phase Reaction Method

Cu-Ni-Fe双相合金在800～900℃的低氧压氧化

Oxidation behavior of two-phase Cu-Ni-Fe alloy under low oxygen pressure at 800 ~ 900 ℃

Ti-V基BCC相合金由于其较高的理论容量，在作为燃料电池的供氢源以及高容量Ni-MH电池的负极材料方面具有良好的应用前景。

Ti-V-based BCC phase alloys have attractive prospect for use as hydrogen storage media for fuel cell and negative active materials for Ni-MH batteries due to their higher hydrogen capacity .

初步探讨了亚稳相合金形成摘要时，非规则共晶组织的形成机制：Q一Fe相首先形成枝晶骨架，然后Fe3B相在枝晶间的液相中形核，发生祸合生长。

The formation mechanism of anomalous eutectics in the metastable phase alloy is preliminarily studied , the results indicate that α - Fe phase first form dendrite frames in the eutectic melt , then metastable phases ( Fe3B ) nucleate and grow in the interval of the frames .

同时指出采用含Pt-Hf的γ-γ′相合金、或与基体同成分的纳米晶涂层作为新粘结层来控制界面互扩散也有望获得进一步发展。

Meanwhile , using r-r ′ phase alloy containing Pt-Hf and nanocrystalline coating with identical composition to substrate as novel bond coat to control interfacial diffusion could be developed further .

多相合金薄膜的扫描开尔文显微镜研究

Investigation to Multi - phase Alloy by Scanning Kelvin Probe Microscopy

铬镍奥氏体-铁素体双相合金的高温热强性能

High Temperature Properties of A Cr-Ni Alloy with Austenite and Ferrite Stuctures

双相合金钨合金的含损伤本构研究

Study on the Constitutive Relationships Involving Damage Factor for a Dual-Phase Tungsten Alloy

双相合金超塑性变形晶粒长大的模式

Grain Growth Model of Duplex Alloy during Superplastic Deformation

多元多相合金的热力学描述及其在凝固过程中的应用

Thermodynamic Description of Multi-component Multi-phase Alloys and Its Application to the Solidification Process

韧性双相合金问题是近年来人们感兴趣的问题之一。

Dual-phase alloys represent one research area of common interest in recent years .

镍基单晶高温合金γ和γ′相合金元素分布特征

Characteristics of Element Distribution in γ and γ′ Phases of Nickel-base Single Crystal Superalloy

铬镍双相合金的热疲劳性能

Thermal Fatigue Property of a Cr-Ni Double-Phase Alloy