CO2激光液相诱导沉积金属层附着力的研究
The research of adhesion of metal layer deposited on epoxy-resin board by CO2 laser-induced from aqueous solution
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摘要: 在水溶液中,用CO2激光诱导沉积的方法在环氧树脂基材上沉积金属银,并以Ag作为活化金属层进行化学镀铜。利用电子探针和原子力显微镜对所得到的金属层进行了微观分析,结果表明,Cu金属层的附着力与Ag金属层的表面形貌、厚度及基材表面粗糙度等因素有直接的关系。Abstract: Ag metal layer is deposited on epoxy-resin board by means of CO2 laser-induced deposition in aqueous solution.Owing to activities of Ag crystallites, Cu layer can be deposited on Ag metal layer quickly. The micro-structure of metal layer is investigated by means of EPMA (electric probe micro-analysis) and DFM(dynamic force microscope). It is concluded that the influenced factors to adhesion of Cu layer are Ag layer surface morphology,Ag layer depth and surface roughness of epoxy-resin board.
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