三元合金

电刷镀NiWCo三元合金镀液及工艺研究

Study on Liquor of Brush Plating Ni-W-Co Allay and Brush Plating Process

含过渡金属的富Al三元合金相的形成规律

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

化学镀Co一W&P三元合金的研究

A Study of Electroless Cobalt-Tungsten-Phosphorus Ternary Alloy Plating

GaN（1-x）Px三元合金的光学与结构特性

Optical and Structural Properties of GaN_ ( 1-x ) P_x Ternary Alloys

Ni基三元合金的制备与形成机理研究

Preparation and Formation Mechanism of Ni-based Ternary Alloy

通过不同的化学镀工艺配方，获得了4种不同钨含量的化学镀NiWP三元合金镀层。

Four ternary Ni-W-P alloy coatings with different W contents are obtained by four different formulations of electroless Ni-W-P plating bath .

Cu-（Co，Cr）基三元合金相平衡的实验研究及热力学计算

Experimental Investigation and Thermodynamic Calculation of Phase Equilibria in the Cu - ( Co , Cr ) Based Ternary Alloys

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。

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

本文采用第一性原理分子动力学模拟方法对几种Zn基二元以及三元合金的液态结构进行了研究。

The liquid structure of Zn based binary and ternary alloys were investigated by ab initio molecular dynamics simulations .

在优化的Ni－Co－P三元合金化学沉积基础上，添加一定量的WC颗粒，获得Ni－Co－P／WC复合沉积层。

Electroless Ni-Co-P / WC composite coating was obtained by adding some WC particles to the optimum Ni-Co-P ternary alloy coating .

Si上Si（1-x-y）GexCy三元合金薄膜的生长

Growth of Si_ ( 1-x-y ) Ge_xC_y Ternary Alloy on Si Substrate

通过对化学镀NiP层进行合金化，获得了一种含W9.7%.P5.9%的NiWP三元合金镀层。

A new tertiary alloy deposit of Ni-W-P containing 9.7 % of tungsten and 5.9 % of phosphorus was developed by alloying the electroless nickle coatings .

本文用X射线荧光光谱法，不破坏样品，测定三元合金薄膜的组份。

A non-destructive method for determination of composition and thickness of ternary alloy thin film by using the technique of X-ray fluorescence spectroscopy is employed in this paper .

采用破坏性拉力试验和焊点接触电阻测量两种方法测试Pt－Pd－Ag三元合金导体的粗Al丝超声键合的性能。

The performances of ultrasonic bounding between thick Al and Pt Pd Ag conductors are analyzed by measuring the tensile strength and the weld contact resistance .

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

研究了Ni-W-P三元合金层的电沉积方法；

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

Fe-C基三元合金相图计算

Calculation of Fe-C Base Alloy Ternary Phase Diagrams

化学镀Ni-W-P三元合金工艺的研究

Study on the Electroless Technique of Ni-W-P Ternary Alloy

不锈钢衬底化学镀Ni-W-P三元合金组织及性能研究

Study on the Microstructure and Properties of Electroless Ni-W-P Plating on Stainless Steel

在GaN1-xPx的光致发光谱及X射线衍射谱中均未观测到相应的有关GaP的峰，表明所生长的高P含量的GaN1-xPx三元合金没有产生明显的相分离。

No peak related to GaP is observed in X-ray diffraction and photoluminescence spectra , which indicates that the phase separation between GaN and GaP has not occurred in our GaN_ 1-x P_ x samples .

低钨含量W-Ni-Fe三元合金的预应变时效

Strain aging of W-Ni-Fe ternary alloys with low tungsten content

镁及镁合金化学镀Ni-Cu-P三元合金工艺

Electroless Ni - Cu - P plating of magnesium and its alloys

低温化学镀Ni-Cu-P三元合金工艺

Technologic on electroless plating of Ni-Cu-P alloy in low temperature

Al-Zn-Mg系三元合金闪光对焊接头层状裂纹研究

The lamellar tearing in flash-butt welded joint of al zn mg alloy

化学镀Ni-Mo-P三元合金沉积速度研究

Deposition Rate of Ni-Mo-P Alloy in Chemical Plating

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。

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 .

分光光度法测定Fe-Ni-Cr三元合金镀层中的铬

Determination of Chromium in Fe-Ni-Cr Alloys Plating Layer by Spectrophotometry

Al-Cu-Mg三元合金的溶质分凝与凝固进程的数值模拟研究

Numerical Simulation on Solute Partition and Solid Fraction Evolution in Solidification of Al-Cu-Mg Alloys

Al-Si-Fe三元合金各组元活度的计算

Activity calculation of each component in Al Si Fe ternary system

不同锰含量的Fe-Cr-Mn三元合金耐锌蚀能力

The corrosion resistance of Fe-Cr-Mn alloys with different Mn contents in molten zinc