Preparation and Formation Mechanism of Ni-based Ternary Alloy

Ni基 三 元 合金的制备与形成机理研究

A new post-treatment technics on electrolytic copper foil used for printed board was studied including electroplating Zn-Ni based ternary alloy chromate passivation dipping for organic film .

研究了一种新的印制板用电解铜箔后处理工艺，依次进行电镀Zn-Ni基 三 元 合金、铬酸盐钝化、浸有机膜等。

Electroless plating of Ni-Cu-P ternary alloy on magnesium and its alloys was studied . Optimal process parameters were obtained by orthogonal test .

研究了镁及镁合金的化学镀NiCuP 三 元 合金工艺，通过正交试验获得了最佳的镀覆条件。

Fabrication of Al-Cu-Fe & Al - Si-Fe ternary alloy powders by solid-liquid reaction milling

固液反应球磨制备Al-Cu-Fe与 Al-Si-Fe 三 元 合金

Al-Cu-Ni ternary alloy powders were fabricated with a new solid-liquid reaction milling technology .

利用固液反应球磨技术制备了 Al-Cu-Ni 三 元 合金粉末。

The surface tensions of binary and ternary alloy systems related to Sn-Zn-M ( M : Bi In Ag ) lead-free solders are calculated .

计算了与Sn&Zn-M（M：Bi，In，Ag）无铅钎料相关的二元及 三 元 合金体系的表面张力，计算值与文献中的实验值在误差范围内有较好的一致性。

The technological parameters of electroplating ternary alloy and chromate passivation were given and the factors influencing the parameters were analysed .

给出了电镀 Zn-Ni 基 三 元 合金和铬酸盐钝化的工艺参数，并对各影响因素进行了分析。

Microstructure of Al-Ni-Y Ternary Alloy with Directional Solidification Under Different Stretching Velocities

Al-Ni-Y 三 元 合金不同拉伸速率的定向凝固组织

By means of pure iron foil were used as substrate the hydrogen diffusion coefficient and the apparent solubility of Zn-Ni-Cd ternary alloy were obtained .

利用氢在工业纯铁箔片中扩散系数较大的特性，采用工业纯铁箔片做基体，获得了氢在Zn-Ni-Cd 三 元 合金 材料中的扩散系数及表观溶解度。

Electrodeposition of Ni - W-P ternary alloy was investigated .

研究了Ni-W-P 三 元 合金层的电沉积方法；

Effects of In Content on the Microstructure of Cu-Cr-In Ternary Alloy

In含量对 Cu-Cr-In 三 元 合金组织的影响

Ni-Cu-P ternary alloy was prepared on 45 steel by an electroless deposition and its microstructure phase structure and properties were studied using optical microscope energy dispersive analysis X-ray diffraction and microhardness tester .

对45钢表面用化学镀方法镀镍-铜-磷 三 元 合金层，采用金相显微镜、扫描电镜能谱分析、X射线衍射和显微硬度计研究了镀层的组织、相结构和性能。

Phase-field Simulation of Isothermal Solidification of Ternary Alloy Based on KKS Model

基于KKS模型 三 元 合金等温凝固相场法模拟

The colloidal palladium one-step activation method have been used to active the surface of silica particles without catalytic activity and the activation of silica particles will enable the Ni-Fe-P ternary alloy to be deposited on the surface of silica powders .

使用胶体钯一步活化法对没有催化活性的二氧化硅颗粒进行了活化，并且在活化表面进行了Ni-Fe-P 三 元 合金沉积。

It is shown that the composition design of Al-Si-Mg ternary alloy system can be successfully presented by using the Thermo Calc software and the calculated results are in a good agreement with the experimental ones ;

结果表明：采用国际通用的ThermoCalc软件能够成功地对 Al-Si-Mg系 合金成分进行优化设计，计算结果与实验结果具有较好地一致性；

The reaction model of ternary alloy solid-liquid reaction technique was developed on the basis of the collision-peeling model .

在固液反应球磨的整体模型，即打击一剥落反应模型的基础上，提出了 三 元 合金固液反应球磨的模型。

The changes in button ingot mass of pure Ti pure Al TiAl binary alloy and TiAl-Nb ternary alloy after PAM have been observed with the same vacuum degrees .

对比研究了在相同的真空度条件下纯Ti、纯Al、TiAl二元合金和TiAl-Nb 三 元 合金PAM过程纽扣锭质量变化。结果表明，纯Al在PAM过程中质量随重熔次数的增加而递减。

The Deposition of Tb-Fe-Co Ternary Alloy from Ionic Liquid

离子液体电沉积Tb-Fe-Co 三 元 合金的研究

In this study the glass fluxing method is applied to study the undercoolingbehavior of simple eutectic alloys system ( binary and ternary alloy ) .

本文运用玻璃熔覆法对简单共晶系（二元和 三 元） 合金的过冷行为进行了研究。

The formula to calculate the driving Gibbs energy and interface temperature during solute trapping in the ternary alloy is present on base of the continuous growth solute trapping model of Aziz and Kaplan and used to model the solute trapping behavior during the primary solidification of Al-Cu-Zn alloys .

在连续生长模型（CGM）基础上，提出了 三 元 合金溶质截留过程中的驱动自由能和界面温度的计算公式，模拟了Al-Cu-Zn合金单相凝固过程中的溶质截留和界面温度行为。

Measurement and calculation of specific heat for a liquid Ni-Cu-Fe ternary alloy

液态 三 元 Ni-Cu-Fe 合金比热的实验与计算研究

Brush plating of Ni-W-P ternary alloy was developed in which tungstate was added into Ni-P binary plating solution .

在 NiP电刷镀工艺的基础上， 研究和开发了NiWP电刷镀工艺，镀液中加入钨酸盐。

Synopsis For ternary alloy of Fe-C-Mn the segregation of manganese and the solute drag effect will take place at the interface of ferrite-austenite during the process of proeutectoid ferrite nucleation and growth .

Fe-C-Mn 三 元 合金在先共析铁素体形核和长大过程中，在铁素体和奥氏体晶界处会发生Mn的晶界偏析和溶质的拖曳效应。

The effect of the middle heat treatment + aging ( 1273 K + 1083 K ) for the precipitation mechanism and volume fraction of Ni-Cr-Al ternary alloy have been studied based on microscopic phase-field model .

基于微观相场模型，模拟研究中间处理+时效处理（1273K+1073K）工艺对 Ni-15.5%Al-10.5%Cr（原子分数，下同） 合金沉淀机制和有序相体积分数的影响。

It reveals that the carbon atoms mainly exist in graphitic form in Ni-Al-C ternary alloy .

在 Ni-Al-C 三 元 合金系中，碳原子基本以石墨的形态存在。

In the undercooling range of 25 304K the micro structure evolution patterns of undercooled Cu 39 % Ni 6 % Fe ( wt % ) ternary alloy during solidification are investigated with glass fluxing technique combined with cycling process of superheating and cooling .

利用熔融玻璃净化结合循环过热，在25～304K过冷度范围，分析了Cu－39%Ni－6%Fe（wt%） 三 元 合金凝固过程过冷组织的演化规律。

The microscopic phase-field model was detailed introduced which was based on phase field theory in binary and ternary alloy system .

基于相场法理论，详细介绍了二元及 三 元 合金体系的微观相场法动力学模型。

Effect of bath composition pH temperature current density on deposit were discussed an appropriate additive was chosen and polarization action was studied . Bath composition and process conditions for electroplating Zn-Ni-Sn ternary alloy were optimized .

通过研究主盐含量、pH值、温度、电流密度对镀层质量的影响，选择了合适的添加剂，并对其极化行为进行了研究，优化确定了电镀 Zn-Ni-Sn 三 元 合金的镀液组成和工艺条件。

The higher milling temperature and the longer milling time are favorable to the formation of the ternary alloy powders .

提高反应球磨温度、延长球磨时间有利于 三 元 合金产物的形成；延长球磨时间，形成的 三 元合金产物中磨球的成分增加；

The paper review the reaction mechanism structures and properties of Ni-W alloy Ni-W ternary alloy and Ni-W composite coating the development was discussed .

本文综述了Ni-W合金的反应机理，镀层结构与性质，并介绍了Ni-W 三 元 合金镀层与复合镀层的性质特点，最后指出了今后的发展趋势。