Abstract

The crystal structure of the low-temperature phase of KAlO2 has been studied by neutron diffraction, and its structural parameters have been refined with FullProf software. The TOPOS software package has been used to construct an ionic conduction map and analyze possible potassium ion migration paths. A geometric analysis in conjunction with a qualitative analysis of migration energies lends support to the assumption that low-temperature KAlO2 has one-dimensional potassium ion conduction.

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