The research on element interdiffusion, reaction and microstructure at the interface of solder joints is vital to the study of lead free solder joints reliability.
因此钎焊过程和服役过程中界面的反应、扩散以及界面的微观组织对当前无铝钎料可靠性研究具有重大意义。
Research progress of lead-free solder, invalidation models of solder joint, solder joint reliability evaluation and the defects of solder joints in recent years have been reviewed.
笔者就近年来国内外开发的无铅焊料、焊点的失效模式、焊点可靠性评价方法和焊点的主要缺陷进行了综述；
The reliability of solder joints is analyzed, and a failure criteria is given out as well.
分析焊点的可靠性，制定了焊点失效判定准则；
The application of the finite element numerical simulation of stress-strain field distribution in the reliability study of the solder joints in microelectronic packaging has been reviewed.
就应力—应变场有限元数值模拟在微电子组装焊点可靠性研究中的应用进行了综述。
Through appearance testing, X-Ray testing and temperature cycling testing, the reliability of mixed solder joints and lead-free solder joints which formed under various process parameters was assesed.
通过对不同工艺参数下形成的混合焊点和无铅焊点进行了外观检测、X射线检测和温度循环测试。
Through appearance testing, X-Ray testing and temperature cycling testing, the reliability of mixed solder joints and lead-free solder joints which formed under various process parameters was assesed.
通过对不同工艺参数下形成的混合焊点和无铅焊点进行了外观检测、X射线检测和温度循环测试。
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