Effect of temperature on the electrodeposition of disperse copper deposits

The effect of temperature on the electrodeposition of copper at overpotentials belonging to the plateau of the limiting diffusion current density and higher was examined by the determination of the average current efficiency of hydrogen evolution and by scanning electron microscopic (SEM) analysis o...

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Main Authors: KONSTANTIN I. POPOV, MIOMIR G. PAVLOVIC, NEBOJSA D. NIKOLIC, LJUBICA J. PAVLOVIC
Format: Article
Language:English
Published: Serbian Chemical Society 2007-12-01
Series:Journal of the Serbian Chemical Society
Subjects:
Online Access:http://www.shd.org.yu/JSCS/Vol72/No12/JSCS_V72_No12-21.pdf
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author KONSTANTIN I. POPOV
MIOMIR G. PAVLOVIC
NEBOJSA D. NIKOLIC
LJUBICA J. PAVLOVIC
author_facet KONSTANTIN I. POPOV
MIOMIR G. PAVLOVIC
NEBOJSA D. NIKOLIC
LJUBICA J. PAVLOVIC
author_sort KONSTANTIN I. POPOV
collection DOAJ
description The effect of temperature on the electrodeposition of copper at overpotentials belonging to the plateau of the limiting diffusion current density and higher was examined by the determination of the average current efficiency of hydrogen evolution and by scanning electron microscopic (SEM) analysis of the morphology of the formed copper deposits. Increasing the temperature of the solution led to a shift of both the beginning and the end of the plateau of the limiting diffusion current density towards lower electrodeposition overpotentials. Also, higher temperatures led to the formation of morphological forms of copper deposits characteristic for electrodeposition of copper at some higher overpotentials. The unexpected trend in the development of copper structures electrodeposited at an overpotential of 800 mV is discussed in terms of the effect of temperature on the viscosity and surface tension of the electroplating solution.
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spelling doaj.art-ee70ff508f47409eaf69b252de120b6e2022-12-22T00:48:31ZengSerbian Chemical SocietyJournal of the Serbian Chemical Society0352-51392007-12-01721213691381Effect of temperature on the electrodeposition of disperse copper depositsKONSTANTIN I. POPOVMIOMIR G. PAVLOVICNEBOJSA D. NIKOLICLJUBICA J. PAVLOVICThe effect of temperature on the electrodeposition of copper at overpotentials belonging to the plateau of the limiting diffusion current density and higher was examined by the determination of the average current efficiency of hydrogen evolution and by scanning electron microscopic (SEM) analysis of the morphology of the formed copper deposits. Increasing the temperature of the solution led to a shift of both the beginning and the end of the plateau of the limiting diffusion current density towards lower electrodeposition overpotentials. Also, higher temperatures led to the formation of morphological forms of copper deposits characteristic for electrodeposition of copper at some higher overpotentials. The unexpected trend in the development of copper structures electrodeposited at an overpotential of 800 mV is discussed in terms of the effect of temperature on the viscosity and surface tension of the electroplating solution.http://www.shd.org.yu/JSCS/Vol72/No12/JSCS_V72_No12-21.pdfelectrodepositioncopperhydrogen evolutiontemperatureviscositysurface tension
spellingShingle KONSTANTIN I. POPOV
MIOMIR G. PAVLOVIC
NEBOJSA D. NIKOLIC
LJUBICA J. PAVLOVIC
Effect of temperature on the electrodeposition of disperse copper deposits
Journal of the Serbian Chemical Society
electrodeposition
copper
hydrogen evolution
temperature
viscosity
surface tension
title Effect of temperature on the electrodeposition of disperse copper deposits
title_full Effect of temperature on the electrodeposition of disperse copper deposits
title_fullStr Effect of temperature on the electrodeposition of disperse copper deposits
title_full_unstemmed Effect of temperature on the electrodeposition of disperse copper deposits
title_short Effect of temperature on the electrodeposition of disperse copper deposits
title_sort effect of temperature on the electrodeposition of disperse copper deposits
topic electrodeposition
copper
hydrogen evolution
temperature
viscosity
surface tension
url http://www.shd.org.yu/JSCS/Vol72/No12/JSCS_V72_No12-21.pdf
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