The diffusion bonding technique of titanium alloy to other metals is one of the central issues in materials engineering currently.
先进材料钛及钛合金与其它金属材料的扩散连接技术是当前材料连接领域的热点研究课题之一。
The bonding technique of ceramics to metals is one of the central issues in materials engineering, and diffusion bonding is considered to be the most suitable method for bonding ceramics to metals.
陶瓷与金属的连接技术是材料工程领域的热点研究课题，而扩散连接方法被认为是陶瓷与金属连接最适宜的方法。
A type of gold paste for diffusion bonding is developed.
研制了一种用于扩散连接的金浆料。
The properties of fired paste and the viscosity strongly affect diffusion bonding strength.
浆料的烧成特性和粘度对扩散连接强度影响较大。
The results have the reference value for the correct selections of the rolling diffusion bonding parameters.
研究结果对正确选择轧制扩散工艺条件具有参考价值。
The development of HIP diffusion bonding of FGH95 superalloy powder and DD3 single crystal has been explored.
主要探索采用双合金热等静压扩散连接工艺实现高温合金粉末和DD 3单晶合金间可靠连接的可行性。
The diffusion bonding technique of titanium or titanium alloy and nonmetals is one of the central issues in materials bonding field now.
钛及钛合金与非金属材料的扩散连接技术是当前材料连接领域的热点之一。
Based on the analysis on how the residual stress is generated from metal-ceramic filed diffusion bonding, detailed measures are given to lower the influence.
在分析金属-陶瓷场致扩散连接中残余应力产生原因的基础上，给出了降低这些因素影响的具体措施。
The experimental research on 'diffusion bonding of spheroidal graphite cast iron and copper is conducted by adopting the self-made equipment of small vacuum diffusion bonding.
采用自制的小型真空扩散接合装置，进行了球铁与铜扩散接合试验研究。
The direct bonding joint between cemented carbide and nodular cast iron and the indirect bonding joint by using nickel foil as intermediate layer were obtained by HIP diffusion bonding process.
用热等静压扩散连接法获得了硬质合金与球墨铸铁的直接连接接头和以镍箔为中间夹层的间接连接接头。
Diffusion bonding results indicate that the interface situation is different merely by a cold drawing and then a diffusing process.
研究结果表明，冷变形后不同温度下扩散处理的复合界面状况存在差异。
Diffusion bonding under pulsatile pressure is an ideal bonding method, which can accelerate diffusion, reduce the amount of intermetallic compound and improve its distribution.
脉冲加压扩散焊能促进扩散过程，减少金属间化合物的形成，改善其分布，是一种较有前景的扩散焊方法。
Diffusion bonding under pulsatile pressure is an ideal bonding method, which can accelerate diffusion, reduce the amount of intermetallic compound and improve its distribution.
脉冲加压扩散焊能促进扩散过程，减少金属间化合物的形成，改善其分布，是一种较有前景的扩散焊方法。
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