溶剂浓度和电流强度对银金属(Ag)应用于铜金属(Cu)质量的影响分析

Anggita Leontin Sitorus, Sarah Sihotang, A. Nugraha
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引用次数: 0

摘要

本研究旨在分析浸泡时间和电流强度对银层质量的影响,即最佳镀层的质量、厚度和表面形态。所用电极为铜制圆柱体,尺寸为 5x0.2 厘米,电解质溶液为硝酸银溶液(AgNO3)。本研究中的电镀过程在 12 伏电压下进行,电流分别为 4A、6A、8A,浸泡时间为 30 分钟,电解液浓度分别为 0.6M、0.3M 和 0.1M。研究结果表明,从析出的银金属的重量值、形成层的厚度来看,效果最好的样品是经过处理(0.28 M,30 分钟)的铜样品。从铜/银表面的扫描电子显微镜照片结果可以看出,电镀 30 分钟的样品已含有中小块状物,表面看起来很光滑,铜表面因电镀银而产生的气孔很少。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
ANALISIS KONSENTRASI PELARUT DAN KUAT ARUS TERHADAP KUALITAS PELAPISAN LOGAM PERAK (Ag) PADA LOGAM TEMBAGA (Cu)
This study aims to analyze the effect of immersion time and current strength on the quality of the Ag layer, namely the mass, thickness and surface morphology of the best coating results. The electrode used was copper in the shape of a cylinder with a size of 5x0.2 cm and the electrolyte solution used was silver nitrate solution (AgNO3). The electroplating process in this study was carried out at 12 volts, with variations in electric current 4A, 6A, 8A for 30 minutes of immersion time and electrolyte concentrations of 0.6 M, 0.3 M and 0.1 M. Morphological characterization of the coated copper surface silver using SEM instruments. The results of the study obtained the sample with the best results from the weight value of the precipitated Ag metal, the thickness of the layer formed, namely copper samples treated (0.28 M, for 30 minutes). From the results of the SEM photos on the Cu/Ag surface, it can be seen that the samples electroplated for 30 minutes already contained a collection of small to medium lumps and the surface looked smooth and there were few pores on the copper surface resulting from silver electroplating.
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