heterostructures and elements of functional electronics based on them /
First Statement of Responsibility
F.A. Karamov.
.PUBLICATION, DISTRIBUTION, ETC
Place of Publication, Distribution, etc.
Cambridge :
Name of Publisher, Distributor, etc.
Cambridge International Science Pub.,
Date of Publication, Distribution, etc.
2008.
PHYSICAL DESCRIPTION
Specific Material Designation and Extent of Item
1 online resource (xvii, 212 pages) :
Other Physical Details
illustrations
INTERNAL BIBLIOGRAPHIES/INDEXES NOTE
Text of Note
Includes bibliographical references (pages 199-212).
CONTENTS NOTE
Text of Note
Contents -- Symbols and abbreviations -- Introduction -- 1. Superionic conductors -- 1.1. Types of superionic conductors -- 1.2. Superionic conductors with a constant composition -- 1.3. Properties of superionic conductors of variable composition�ion�electron conductors -- 1.4. The method of equivalent schemes in examination of relaxation processes at the electrode�superionic conductor interface -- 1.5. Impedance of heterostructures based on superionic conductors
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1.6. Physical�chemical effects in superionic conductors and structures based on them and prospects for application2. Methods for studying superionic conductors, ion�electron conductors and heterostructures based on them -- 2.1. Measurement method in the direct current regime in structures with superionic conductors -- 2.2. Measurements in the alternating current regime in structures with ionic and electronic conductivity -- 2.3. Methods of measurement of the impedance of heterostructures on the basis of superionic conductors in the infralow frequency range
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2.4. Functional electrical scheme of experimental equipment for measurement of the parameters of impedance of the infralow frequency range2.5. Main calculations relationships in the measurements of impedance parameters -- 2.6. Evaluation of measurement errors -- 2.7. Measuring system for impedance investigations of infralow frequency range -- 2.8. Technological methods of producing thin film specimens of superionic conductors -- 2.8.1. Vacuum spraying methods -- 2.8.2. Chemical method of producing films of superionic conductors -- 2.8.3. Thick film technology
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3. Properties of inverse and polarisable heterostructures based on superionic conductors and ionâ€?electron conductors3.1. Methodological problems of selecting the electrode system for impedance investigations -- 3.2. Properties of the inverse Ag/RbAg4I5 interface -- 3.3. Main properties of the electrochemical deposited silver layer in contact with the RbAgâ€?4I5 superionic conductor -- 3.4. Impedance of Ag/Î", β-AgI heterostructures -- 3.5. Impedance of the inverse heterostructure Ni/Ag2Te/RbAg4I5/Ag2Te/Ni
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3.6. Parameters of the impedance of Pt/RbAg4I5 polarizable heterostructure3.7. Experimental investigations of Au/RbAg4I5/Ag heterostructures -- 3.8. Measurements of the impedance of the Ni, Ti/RbAg4I5/Ag heterostructures -- 4. Mathematical and physical models of heterostructures based on superionic conductors -- 4.1. Synthesis of mathematical and electrical models of heterostructures with fractional-power frequency dependences of the impedance modulus on frequency � CPAE