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A Novel Method Based on Nanotechnology to Replace Traditional Brazing Methods Used to Weld Electrical Contacts

机译:一种基于纳米技术的新方法代替传统的电焊焊接方法

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Nanotechnology entails the application of fields of science as diverse as surface science, micro- and nano-fabrication, material science, etc. This paper shows the application of this new technology to explore electrical contact joining methods that are traditionally welded by filler material knowing as Sil-Fos. This work presents how silver nanoparticle were synthesized and used to replace the traditional methods for joining electrical contacts with copper line terminals. Moreover the joint obtained shown good mechanical strength, thermal and electrical conductivity. To validate the joint interface a characterization of the microstructure was analyzed by SEM and the strength and quality of the joint was analyzed by mechanical testing techniques and the electrical resistance of the assembly was measure. This work opens the doors for the use of materials in nano size that can be used to perform mechanical joint of electrical components.
机译:纳米技术需要应用各种科学领域,例如表面科学,微细加工和纳米加工,材料科学等。本文展示了这项新技术的应用,以探索传统上由填充材料焊接而成的电接触连接方法,即Sil-Fos。这项工作介绍了银纳米粒子是如何合成的,并用来代替将铜线端子与电触点连接的传统方法。此外,获得的接头显示出良好的机械强度,导热性和导电性。为了验证接头界面,通过SEM分析了微观结构的特征,并通过机械测试技术分析了接头的强度和质量,并测量了组件的电阻。这项工作为使用纳米尺寸的材料打开了大门,这些材料可用于执行电气组件的机械连接。

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