二元合金

  • 网络Binary alloy;Sn-Cu
二元合金二元合金
  1. 研究了不同过冷度下二元合金过冷熔体定向凝固时枝晶的演化过程及其溶质场的分布情况。

    The dendritic growth and solute profile of the undercooled binary alloy melt were investigated under different undercoolings .

  2. 利用强迫振动扭摆方法对ZnAl二元合金熔化过程的低频内耗进行了研究。

    The low-frequency internal friction in Zn-Al binary alloy during the melting process is measured via forced vibration torsional pendulum .

  3. 二元合金激光快速熔凝过程的非Fourier模型

    Non-Fourier modeling of surface transient melting and solidification for binary alloys

  4. 含Ce二元合金的机械合金化研究

    The Study of Ce Based Binary Alloys by Mechanical Alloying

  5. Pt基二元合金催化剂的制备及电化学性能研究

    Preparation and Electrochemical Performance of Pt Based Binary Alloy Catalysts

  6. MonteCarlo方法应用于二元合金薄膜微区成份及厚度的同时测定

    Monte Carlo method on simultaneously measuring composition and thickness of films in micro-domain

  7. 二元合金表面偏析的MonteCarlo方法模拟

    Surface Segregation of Binary Alloys with Monte Carlo Simulation

  8. 用CellularAutomaton模型方法模拟二元合金多晶粒枝晶生长

    Simulation of Multi - dendrite Growth of Binary Alloy by Cellular Automaton Model

  9. 直流电沉积二元合金Co(55)Ni(45)纳米棒阵列及其表征

    Direct current electro-deposition of binary Co_ ( 55 ) Ni_ ( 45 ) alloy nanorod arrays and its characterization

  10. Al-Si二元合金中,细小颗粒的微现组织主要由不同Si含量的块状过饱和固溶体组成。

    The microstructure of particle in Al-Si alloy mainly consists of block supersaturation solid solutions with different contents of silicon .

  11. Gd二元合金纳米固体的磁热熵特性

    Characteristics in magnetocaloric effect and magnetic entropy of nanometer binary gadolinium alloys

  12. 过渡金属二元合金贮氢性能的PLS分析

    PLS method applied to hydrogen storage properties of binary transition metal alloys

  13. Sc对Ti-Al二元合金组织与显微硬度的影响

    Effect of Scandium on Microstructures and Microhardness of Ti-Al Binary Alloys

  14. 二元合金Ag(50)Rh(50)从液态到非晶的分子动力学计算

    Molecular Dynamics Computation of Binary Alloy Ag_ ( 50 ) Rh_ ( 50 ) from Liquid to Amorphous State

  15. Ce,Th和Yb构成的二元合金稀溶解热的EAM计算

    The dilute-limit heats of solution of binary alloys composed of Ce , Th and Yb calculated with EAM

  16. 结合二元合金相图及镁合金中组元镁的活度系数计算结果,提出采用液态金属Pb作为阴极去除微量杂质Mg。

    The liquid lead was recommended as cathode to remove trace impurity Mg2 + according to the binary alloy phase diagram and magnesium activity coefficient calculation .

  17. Ni-Cr二元合金焊接熔池中柱状枝晶生长模拟

    Simulation of columnar dendrite grain growth in weld pool of Ni-Cr binary alloy

  18. 二元合金离子剥离Auger谱逐层分析

    Auger-ion sputtering analysis of binary alloys

  19. 强塑性变形中Al-Cu二元合金相的溶解行为

    Dissolution behavior of second phases in Al-Cu binary alloy during severe plastic deformation

  20. 计算机模拟Al-Li二元合金中δ′(Al3Li)沉淀相的时效组织演变

    Computer Simulation of Aging Structural Evolution of δ′( Al_3Li ) Precipitates in Al-Li Alloys

  21. Fe-Cu二元合金中的B2析出相及时效硬化

    B2 precipitate and aging hardening in Fe-Cu binary alloy

  22. 研究了冷塑性变形对Al-Li二元合金时效行为的影响。

    In this paper , effect of cold drawing deformation on ageing behaviour of Al-Li alloys has been studied by means of the measurement of hardness and TEM , and etc.

  23. Nb含量及相组成对Ti-Nb二元合金腐蚀性能的影响

    Influence of Nb Content and Microstructure on the Electrochemical Behavior of Ti-Nb Alloys

  24. Ti-Al二元合金相图的电子理论计算

    Electron theory calculation of the binary Ti-Al alloys phase diagram

  25. Zn-Al二元合金熔化过程的低频内耗研究

    Study on the low frequency internal friction in Zn-Al binary alloy during the melting process

  26. Ti-Al二元合金的成分对组织和力学性能的影响

    Effect of the Composition on Microstructures and Mechanical Properties of Ti-Al Binary Alloys

  27. 增加Al含量时,可以显著降低Mg-Al二元合金的热裂倾向,提高α-Mg基体的显微硬度。

    Increasing Al content decreased the hot tearing susceptibility of Mg-Al binary alloys remarkably and enhanced the microhardness of α - Mg matrix .

  28. 冷却速度与Ce含量对快速凝固Al-Ce二元合金组织的影响

    Effect of cooling rate and Ce content on structure of rapidly solidified Al-Ce binary alloys

  29. Ⅷ和IB族元素二元合金相图的类型与门捷列夫数的关系

    Relationship Between Types of Binary Alloy Phase Diagrams of ⅷ and IB Group Elements with Mendeleev Numbers

  30. 运用嵌入原子方法(EAM)研究了过渡金属W、Nb、Ta与碱金属Na组成的3个二元合金的形成焓。

    The formation enthalpy of three binary alloys of transition metals ( W , Nb and Ta ) with Na is calculated by EAM .