2013Journal of the Korean Physical SocietyOpen access

Electrodeposited Fe-Ni films prepared from a tartaric-acid-based bath

T. Shimokawa, T. Yanai, Keita Takahashi, Masaki Nakano, H. Fukunaga, K. Suzuki

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Abstract

Recently, we reported a citric-acid-based plating bath is one of the hopeful plating baths for obtaining Fe-Ni films with good soft magnetic properties. In this report, hydroxylic acid of tartaric acid, which belongs to the same acid group at citric acid, was applied to prepare the films, and the effects of tartaric acid on the magnetic and the structural properties were investigated. Although the overall trend of the effects obtained for tartaric acid resembles our previous results for the citricacid-based bath, the cathode efficiency for the tartaric-acid-based bath shows a slightly higher value as compared with that for the citric-acid-based bath. From these results, we conclude that the tartaric-acid-based bath is also an environmentally friendly plating bath.

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What this paper is about

Recently, we reported a citric-acid-based plating bath is one of the hopeful plating baths for obtaining Fe-Ni films with good soft magnetic properties. In this report, hydroxylic acid of tartaric acid, which belongs to the same acid group at citric acid, was applied to prepare the films, and the effects of tartaric acid on the magnetic and the structural properties were investigated. Although the overall trend of the effects obtained for tartaric acid resembles our previous results for the citricacid-based bath, the cathode efficiency for the tartaric-acid-based bath shows a slightly higher value as compared with that for the citric-acid-based bath. From these results, we conclude that the tartaric-acid-based bath is also an environmentally friendly plating bath.

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Available abstract

Recently, we reported a citric-acid-based plating bath is one of the hopeful plating baths for obtaining Fe-Ni films with good soft magnetic properties. In this report, hydroxylic acid of tartaric acid, which belongs to the same acid group at citric acid, was applied to prepare the films, and the effects of tartaric acid on the magnetic and the structural properties were investigated. Although the overall trend of the effects obtained for tartaric acid resembles our previous results for the citricacid-based bath, the cathode efficiency for the tartaric-acid-based bath shows a slightly higher value as compared with that for the citric-acid-based bath. From these results, we conclude that the tartaric-acid-based bath is also an environmentally friendly plating bath.

Key concepts: Tartaric acid, Citric acid, Plating (geology), Materials science, Nuclear chemistry, Environmentally friendly, Chemistry, Inorganic chemistry

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