Chemical reactivity and electrical condu
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G. Okamoto; R. Furuichi; N. Sato
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Article
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1967
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Elsevier Science
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English
โ 841 KB
aZ#) thewmlpcr\* ature-independent current f, both decmase with lncreasmg amount of bound water. Furthermore, thecurrent iitselfincreases exponentially with increase of the amount of the bound water. It is concluded that the bound water in the oxide provides the active sites for both surface chemica