An extraordinary high Al3+ ion conducting solid electrolyte was realized by successfully stabilizing the NASICON-type structure which has a suitable three-dimensional Al3+ ion pass way. Because the Al3+ ion conductivity reaches the ion conductivity region of the well-known and commercially available oxide anion conducting solids, practical applications of the present Al3+ ion conducting (AlxZr1-x)4/(4-x)Nb(PO4)3 solid for functional materials such as chemical sensors, rechargeable batteries, etc., are greatly expected.
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Imanaka et al. (2002) studied this question.
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