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Resistance Microwelding of Au/Ni-Plated Phosphor Bronze Sheet to Insulated Cu Wire

机译:Au / Ni镀磷青铜片的电阻微挖掘绝缘Cu丝

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Resistance microwelding of Au/Ni-plated phosphor bronze sheet to insulated Cu wire have been investigated using mechanical testing, optical microscopy, scanning electron microscopy, and energy-dispersive X-ray spectroscopy. The results show that mechanisms of joint formation involve solid-state bonding with Au and Cu atoms diffusion at low welding current, a combination of brazing and solid-state bonding at high welding current. Due to the hindrance of Ni plating which has a higher melting temperature and hardness, the joint breaking force is smaller than that without plating.
机译:使用机械测试,光学显微镜,扫描电子显微镜和能量分散X射线光谱研究了Au / Ni镀磷光体青铜片的电阻微型型Au / Ni镀磷光体青铜片。结果表明,关节形成机制涉及与焊接电流的低焊接电流的Au和Cu原子扩散的固态键合,在高焊接电流下的钎焊和固态键合的组合。由于具有较高熔化温度和硬度的Ni电镀的阻碍,关节断裂力小于没有电镀的无线。

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