铜基合金

WC颗粒增强铜基合金覆层用钎料的研究

Study of brazing alloy used in Cu-based alloy cladding reinforced with WC particles

与Ni-Ti合金相比，铜基合金具有相变温度可调范围宽，导电性能好，加工性能良好，原料来源广泛，生产工艺简单，成本低廉等优点，一直是人们研究的重点。

Compared with Ni-Ti alloys , Cu-based alloys have such advantages as the wide sources of raw materials , simple preparation technology , low cost , wide range of transformation temperature , good electric conduction and so on .

B和B+Ti孕育对β相铜基合金的后作用

The Aftereffects of Inoculation by B and B + Ti Additions on the 3-Phase Copper-Base Alloys

铜基合金中溶质元素的Ln（ri）~0的模型计算

Model Calculation of ln r I 0 for Solute Elements in Copper base Alloy Systems

用镀Ti金刚石制成的铜基合金磨块对花岗岩的磨削比与不镀钛金刚石相比提高30%。

The grinding ratio of samples made from Ti-clad diamond is 30 % higher than that without clad diamond .

在此基础上，通过掺杂催化材料Pt与非催化材料Ag，进一步研究了碳载铜基合金电极的性能，发现掺杂元素可改进合金电极的性能。

It was found that that the performance of copper-based alloy electrodes can be improved by doping elements Ag or Pt .

然后对铜基合金，尤其是Cu-Al-Ni合金中的马氏体相变行为进行了总结。

After that , the MT behavior in copper-based alloys , especially in Cu-Al-Ni is summarized .

利用Cu与Fe具有液相分离特性，以及母材与堆焊材料的冶金反应，采用聚焦光束堆焊制备了Fe3Si弥散分布的铜基合金复合堆焊层。

Based on liquid separation characteristic between Cu and Fe , and the reaction within base metal and the surfacing material , the copper matrix composite coating dispersed with Fe_3Si reinforcement was obtained by light beam surfacing .

建立了铜基合金及Fe-Mn-Si基合金马氏体相变热力学，为铜基和铁基形状记忆合金的成分和工艺设计提供基础。

Establishing thermodynamics of martensitic transformation in Cu and Fe Mn Si based alloys built the basis of composition and processing design for Cu and Fe based shape memory alloys .

介绍了一种可成功地用于不锈钢器皿和08F低碳钢制品拉伸成形的新型铜基合金模具材料。

A new type die material of copper-base alloy used for drawing stainless steel household utensils and low carbon steel products are introduced in this paper .

铜基合金涂层的显微硬度达350～400HV，较基材的表面硬度（90～110HV）有显著提高。

The Cu based alloy had high microhardness of 350 ~ 400HV , which greatly improved the surface hardness of the Al alloy ( 90 ~ 110HV ) . [ HT5H ]

优化耐磨含铝铜基合金的组织与性能研究

Study of properties and phase for copper alloy designed optimally

铜基合金的强化机理和研制现状

Mechanism and Research Status of Strengthening Cu - based Alloys

相图在铜基合金中温钎料研制中的应用

Application of Phase Diagram to Research Mid-temperature Brazing Copper Alloy

多组分铜基合金粉末选区激光烧结的组织形成机制

Microstructure developing mechanism in selective laser sintering of multi-component Cu-based alloy powder

铜基合金模具在拉延不锈钢饭盒中的应用

Application of Copper-base Alloy Die in the Streching of Stainless Steel Food-box

高强高导铜基合金具有优良的物理性能和力学性能。

High-strength , high-conductivity Cu-based alloys have excellent physical and mechanical properties .

微量钐对银铜基合金再结晶的影响

Effect of Samarium on Recrystallization of Ag-Cu Base Alloys

一种新型铜基合金铸锭的缺陷及预防措施

A New Copper Alloy Defect Ingot and Preventive Measure

高强度、高电导率铜基合金材料的研究现状及发展

Present Status and Development of Cu-based Alloy with High Strength and High Conductivity

牙科铜基合金的细胞毒性研究

Study on Cytotoxicity of Dental Cu - based Alloy

高强铜基合金材料的研究与应用现状

Review of high - strength copper - based alloy on application and research

热喷涂铜基合金涂层抗空蚀性能的研究

Investigation on the Anti cavitation Erosion Property of Thermal Sprayed Copper Alloy Coatings

铜基合金-TiC金属陶瓷复合堆焊层摩擦磨损性能研究

Friction and Wear Behavior of Cu-based Alloy / TiC Cermet Composite Hardfacing Materials

氟电极测定铜基合金中微量铝的研究

The Microamount Determination of Aluminium in Copper & alloys Using Fluoride Ion Selective Electrode

再论钢和β铜基合金中贝氏体相变形核机制

Re-discussion on the mechanism of bainite nucleation in steels and β copper base alloys

铜基合金中马氏体穿晶行为的研究

The transgranular growth of martensite in Cu-based alloy

对高强度、高电导率铜基合金的研究现状进行了综述。

The present status of Cu-based alloys with high strength and high conductivity is reviewed .

铜基合金沉淀硬化研究

Precipitation Hardening of Cu - based Alloy

稀土在金属陶瓷/铜基合金复合堆焊材料中的变质作用

Modifying Effect of the Rear Earth on the Cermet / Cu-Based Alloy Composite Hardfacing Materials