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Improvement of the adhesion strength between copper plated layer and resin substrate using a chemically adsorbed monolayer

机译:用化学吸附的单层改善镀铜层和树脂基材之间的粘合强度

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摘要

With reducing the size and weight of electric devices, high-tensile, light and fine copper wire is demanded. So the production technique of a copper wire plated on a super fiber resin (Vectran film) was researched for improving the adhesion strength between the copper and the resin. In this study, we used the Cu2+ or Pd2+ complex prepared with a chemically adsorbed monolayer (CAM) to improve the adhesion strength between the copper plated layer and the Vectran film. As the result of scotch tape test, it was observed that the adhesion strength between the copper plated layer and Vectran film was improved by the Cu2+ or Pd2+ complex CAM.
机译:通过降低电气设备的尺寸和重量,需要高拉伸,光和细铜线。因此,研究了在超级纤维树脂(VeCTRAN膜)上镀铜线的生产技术,以改善铜和树脂之间的粘附强度。在该研究中,我们使用用化学吸附的单层(CAM)制备的Cu2 +或Pd2 +复合物,以改善镀铜层和Vectran膜之间的粘合强度。由于透明胶带测试的结果,观察到通过Cu 2 +或Pd2 +复合凸轮改善了铜镀层和VeCtran膜之间的粘合强度。

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