Superionic Conductors

In the world of Applied Sciences, the advancement in Superionic conductors arouses obvious interest considering the innumerable international conferences and Symposia organized throughout the world on the one hand and the publication ofjournals and monographs on the other.

Following the line, this book aims at describing the scientific fundamentals of the development of elements and devices of functional electronics based on Superionic conductors. Undertaken in this book are various investigations, development of methods and design, synthesis of mathematical and electrical models; construction, examination and integration of assumptions. These examinations resulted in newer observations, the most important being the proposal of Scientific principals and development of design-technological methods of construction of thin-film structures of superionic properties, and the development of elements of functional electronics based on these conductors. The book undertakes and fulfils those tasks that have been proposed long time back.

The monograph is concerned with the results of examination of the properties of superionic conductors and their heterostructures with different electrode materials. Special attention is given to the problems ofchanges in the characteristics of impedance in a wide frequency range. The authors present theoretical and experimental data on the properties of ionic, ionic-electronic conductors, reversible and polarised interfaces. The directions and specific examples of practical application of superionic conductors and heterostructures based on them are also discussed.

 

About the Author:
Prof. Fidus Akhmadievich Karamovis the Head of the Department of Electronic Instrument Construction at the A.N. Tupolev State Technical University, Kazan?, Russia. He has authored more than 100 scientific studies, patents and inventions. Prof. Karamov specialises in superionic conductors, development of electronic systems for thermal engineering measurements and microelectronic primary information processors.