Ionic Conductivity in Solids: Explain, Links & Books

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Ionic conductivity in solids is defined as the ability of ions to move through a material, which is crucial in applications like ceramics. The resistance is calculated similarly to electronic resistivity, being inversely related to charge, carrier density, and mobility. Key factors such as mobility, mean free path, and hopping times are examined using kinetic theory. Recommended resources for deeper understanding include Baluffi et al.'s "Kinetics of Materials" and Chiang et al.'s "Physical Ceramics." These texts provide comprehensive insights into ionic conductivity and its implications in solid-state physics.
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Hello!

Could someone please drop a link, a book name or an understandable explanation on what ionic conductivity in solids is? I am a 3rd year Applied Physics student and understand the basic concept, but a deeper description would be interesting for me: for example, how is resistance calculated, what would be characteristic times of ions hopping and so on. I have looked through a textbook by Kittel (Intro. to Solid State Ph., 8th edition), but did not find a satisfactory discussion.

Thank you very much.
 
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Ionic resistivity is calculated similarly to electronic resistivity; it's inversely related to the charge, the carrier density, and the mobility. Mobility, mean free path, and hopping times are all analyzed by kinetic theory, and a good general textbook is Baluffi et al., Kinetics of Materials. Since ionic conductivity is important in ceramics, it's often addressed in these textbooks (e.g., Chiang et al., Physical Ceramics).
 
A perfect answer, thanks!
 
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