@article{oai:muroran-it.repo.nii.ac.jp:00009643,
 author = {HIGUCHI, Kazunari and 樋口, 和成 and SHOHJI, Ikuo and 荘司, 郁夫 and ANDO, Tetsuya and 安藤, 哲也 and KOYAMA, Shinji and 小山, 真司 and MIZUTANI, Yoshikazu and 水谷, 佳一 and INOUE, Yukio and 井上, 行雄},
 journal = {Procedia Engineering},
 month = {May},
 note = {application/pdf, In this study, the effects of rust inhibitors in brine on corrosion behaviors of copper were investigated by measurement of cathode and anode polarization curves and an immersion test. For rust inhibitors, benzotriazole, sodium benzoate and sodium nitrite were prepared. From measurement results of cathode and anode polarization curves, it was found that the corrosion rate of copper in the benzotriazole solution is low and a stable passive film with excellent corrosion resistance generates on the surface of copper in the solution. In the case of the sodium benzoate solution, the corrosion resistance of the passive film was inferior to that in the benzotriazole solution although the passive film generated on the surface of copper. In contrast, the passive film scarcely generated on the surface of copper in the sodium nitrite solution. The result shows that the rust preventive effect of the solution to copper is weak. Furthermore, the immersion test revealed that the benzotriazole solution has the rust preventive effect to copper. In contrast, the effect of the sodium benzoate solution is weak and that of the sodium nitrite solution is scarcely expected.},
 pages = {743--749},
 title = {Effect of Rust Inhibitor in Brine on Corrosion Properties of Copper},
 volume = {184},
 year = {2017},
 yomi = {ヒグチ, カズナリ and ショウジ, イクオ and アンドウ, テツヤ and コヤマ, シンジ and ミズタニ, ヨシカズ and イノウエ, ユキオ}
}