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Synthesis and characterization of copper hydroxide acetate with a layered discoid crystal

層状円板状の結晶を持つ水酸化酢酸銅の合成と特性評価

香西 直文; 三田村 久吉; 福山 裕康; 江坂 文孝; Komarneni, S.*

Kozai, Naofumi; Mitamura, Hisayoshi; Fukuyama, Hiroyasu; Esaka, Fumitaka; Komarneni, S.*

層状遷移金属水酸化物塩は、陰イオン交換性層状化合物の一種であり、陰イオン吸着材及びインターカレーションホストとして最近注目を集めるようになった。それゆえ、その種類,合成法,特性などに関する論文数は少ない。本研究では、従来とは異なる方法で合成した層状水酸化酢酸銅の基本的な特性について報告する。酢酸銅溶液を水酸化ナトリウム溶液でpH6.5まで滴定し、引き続き40$$^{circ}$$Cで熟成することによって得られた化合物は、既知の層状水酸化酢酸銅Cu$$_{2}$$(OH)$$_{3}$$(OCOCH$$_{3}$$)H$$_{2}$$Oと組成及び幾つかの特性が類似している。酢酸含有率がわずかに低いこの化合物は、既知の化合物に比べて、結晶形、383K以下での固相への酢酸イオンの結合安定性,溶液中の陰イオンとの反応などが異なる。

Layered transition metal hydroxide salt (LTMHS) is a group of anion-exchangeable layered compounds. LTMHSs have lately attraced attention of researchs on anion exchange and intercalation but very limited numbers of reports have been published on their synthesis, characteristics, and application. This study reports basic properties of a layered copper hyroxide acetate synthesized by a method modified from that of the previous studies. Titration of copper acetate solution with a dilute NaOH solution to pH 6.5 and subsequent aging at 313 K yielded a layered copper hydroxide acetate. This compound has some properties similar to those of the previously known copper hydroxide acetate, Cu$$_{2}$$(OH)$$_{3}$$(OCOCH$$_{3}$$)H$$_{2}$$O. The present copper hydroxide acetate is dissimilar to the previous compound in morphology, stability of bonding between the interlayer acetate ions and the matrix hydroxides, and reaction with anions in aqueous solutions.

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