M. G. PAVLOVI}, N. D. NIKOLI}
This study investigates the current efficiency during the cathodic period of reversing current in copper powder deposition, with a focus on the overall current efficiency. The objective is to quantify the amount of hydrogen evolved during the deposition process, which directly relates to efficiency metrics. Utilizing experimental measurement techniques, data were collected to establish both instantaneous and average current efficiencies for copper deposition over various time increments up to 30 minutes. The paper presents diagrams that facilitate the extraction of these efficiencies based on deposition times. Moreover, it proposes a method for calculating the overall current efficiency that enhances understanding of the performance of copper powder deposition under different conditions. Results indicate that current efficiencies are heavily influenced by deposition parameters, including current density and electrolyte composition, providing valuable insights for optimizing copper deposition processes in industrial applications.
@article{e17161e8-d63b-419d-8136-3943cff3a9ac,
title={The current efficiency during the cathodic period of reversing current in copper powder deposition and the overall current efficiency},
author={M. G. PAVLOVI} and N. D. NIKOLI}},
year={2003},
language={en}
}TY - JOUR TI - The current efficiency during the cathodic period of reversing current in copper powder deposition and the overall current efficiency AU - M. G. PAVLOVI} AU - N. D. NIKOLI} PY - 2003 LA - en ER -
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