A Single Step Assembly of Carbon Nanotube Fabric Containing Embedded Copper Particles Produced from Advanced Electrolytic Baths

Neta Yitzhack; Yair Ein-Eli

doi:10.1149/1945-7111/ac837a

A Single Step Assembly of Carbon Nanotube Fabric Containing Embedded Copper Particles Produced from Advanced Electrolytic Baths

Neta Yitzhack, Yair Ein-Eli

Materials Science & Engineering

Technion - Israel Institute of Technology

Research output: Contribution to journal › Article › peer-review

Abstract

The electrodeposition of copper particles inside carbon nanotube (CNT) tissues is presented here. Copper electrodeposition inside CNT from aqueous electrolytes has been challenging researchers in recent years, as deposition was mostly restricted to the external surface of the tissue. This work introduces several organic additives, promoting deposition inside the tissue, as well. Electrochemical methods were applied and utilized in order to study the behavior of the CNT in the plating bath, and to analyze the effect of different additives on the deposition of the copper particles. Surface morphology of the coating and the deposits inside the tissue were examined and studies. This work presents an alternative method for the deposition and implementation of copper crystals inside CNT tissue.

Original language	English
Article number	082502
Journal	Journal of the Electrochemical Society
Volume	169
Issue number	8
DOIs	https://doi.org/10.1149/1945-7111/ac837a
State	Published - Aug 2022

All Science Journal Classification (ASJC) codes

Electronic, Optical and Magnetic Materials
Materials Chemistry
Surfaces, Coatings and Films
Electrochemistry
Renewable Energy, Sustainability and the Environment

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10.1149/1945-7111/ac837a

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title = "A Single Step Assembly of Carbon Nanotube Fabric Containing Embedded Copper Particles Produced from Advanced Electrolytic Baths",

abstract = "The electrodeposition of copper particles inside carbon nanotube (CNT) tissues is presented here. Copper electrodeposition inside CNT from aqueous electrolytes has been challenging researchers in recent years, as deposition was mostly restricted to the external surface of the tissue. This work introduces several organic additives, promoting deposition inside the tissue, as well. Electrochemical methods were applied and utilized in order to study the behavior of the CNT in the plating bath, and to analyze the effect of different additives on the deposition of the copper particles. Surface morphology of the coating and the deposits inside the tissue were examined and studies. This work presents an alternative method for the deposition and implementation of copper crystals inside CNT tissue.",

author = "Neta Yitzhack and Yair Ein-Eli",

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year = "2022",

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N2 - The electrodeposition of copper particles inside carbon nanotube (CNT) tissues is presented here. Copper electrodeposition inside CNT from aqueous electrolytes has been challenging researchers in recent years, as deposition was mostly restricted to the external surface of the tissue. This work introduces several organic additives, promoting deposition inside the tissue, as well. Electrochemical methods were applied and utilized in order to study the behavior of the CNT in the plating bath, and to analyze the effect of different additives on the deposition of the copper particles. Surface morphology of the coating and the deposits inside the tissue were examined and studies. This work presents an alternative method for the deposition and implementation of copper crystals inside CNT tissue.

AB - The electrodeposition of copper particles inside carbon nanotube (CNT) tissues is presented here. Copper electrodeposition inside CNT from aqueous electrolytes has been challenging researchers in recent years, as deposition was mostly restricted to the external surface of the tissue. This work introduces several organic additives, promoting deposition inside the tissue, as well. Electrochemical methods were applied and utilized in order to study the behavior of the CNT in the plating bath, and to analyze the effect of different additives on the deposition of the copper particles. Surface morphology of the coating and the deposits inside the tissue were examined and studies. This work presents an alternative method for the deposition and implementation of copper crystals inside CNT tissue.

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ER -

A Single Step Assembly of Carbon Nanotube Fabric Containing Embedded Copper Particles Produced from Advanced Electrolytic Baths

Abstract

All Science Journal Classification (ASJC) codes

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