| Description |
1 online resource (ix, 306 pages) : illustrations |
| Contents |
1. General remarks. 1.1. Introduction -- 1.2. Historical survey of research in organic conducting materials -- 1.3. Basic properties of low-dimensional organic materials -- 1.4. Analogies and differences between the properties of one- and three-dimensional materials -- 1.5. Potentialities for the application of low-dimensional organic conductors -- 2. Physical principles of the phenomena occurring in one-dimensional systems. 2.1. Properties of one-dimensional electron gas -- 2.2. Basic types of interactions in one-dimensional systems -- 2.3. Charge localization problems -- 2.4. Charge density waves and spin density waves -- 2.5. Solitons -- 2.6. Selected problems of phase transition theory in one-dimensional systems -- 2.7. Physical bases of superconductivity in organic systems -- 3. Structure and properties of conducting organic crystals -- 3.1. Ion-radical salts and charge transfer complexes: molecular structure of donors and acceptors -- 3.2. Molecular arrangement in quasi-one-dimensional crystals -- 3.3. Crystal structure of selected conducting organic crystals -- 3.4. Electric properties -- 3.5. Mechanisms of electric transport; nonlinear transport -- 3.6. Magnetic properties -- 3.7. Magnetic ordering and magnetization -- 3.8. Optical properties -- 3.9. Electron-phonon interactions in one-dimensional systems -- 3.10. Phase transitions -- 3.11. Influence of pressure on physical properties of the system and phase transition mechanisms -- 3.12. Role of structural disorder and defects -- 3.13. Superconductivity in organic systems -- 4. Structure and properties of conducting polymers -- 4.1. Introductory comments -- 4.2. Structure of pure and doped polyacetylene -- 4.3. Electrical properties of doped polyacetylene -- 4.4. Optical properties of doped polyacetylene -- 4.5. Magnetic properties and spin dynamics in doped polyacetylene -- 4.6. Structure and properties of polypyrrole -- 4.7. Structure and properties of other conducting polymers -- 4.8. The structure and electrical properties of heterogeneous polymer systems containing a microcrystalline network of charge transfer complexes -- 5. Methods of obtaining low-dimensional organic conductors. 5.1. Introductory comments -- 5.2. Methods of obtaining crystalline ion-radical salts and charge transfer complexes -- 5.3. Electrochemical method of producing high-conducting organic crystals -- 5.4. Methods of obtaining and doping polyacetylene -- 5.5. Other methods of obtaining low-dimensional high-conducting polymers -- 6. Structure, properties and applications of heterogeneous organic molecules and molecular structures. 6.1. Introductory comments -- 6.2. p-n junction in organic systems -- 6.3. Metal-organic semiconductor systems -- 6.4. Photovoltaic effect in organic systems -- 6.5. Molecular electrochemical equipment -- 6.6. Other applications of organic conductors -- 7. Perspectives on development and modernisation of molecular materials -- 7.1. Introductory comments -- 7.2. Some possible materials of molecular electronics -- 7.3. Future solutions to selected electronic elements -- 7.4. Problems to be solved. Summary -- References |
| Summary |
This book is a review of physical properties of organic conductors and superconductors. It is amply illustrated and contains numerous data concerning the latest elements and equipment constructed of low-dimensional organic conductors. It is hoped that the book will be stimulating for technologists and designers working on contemporary electronics |
| Bibliography |
Includes bibliographical references (pages 292-301) and index |
| Notes |
Print version record |
| Subject |
Organic conductors.
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One-dimensional conductors.
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SCIENCE -- Chemistry -- Organic.
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One-dimensional conductors
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Organic conductors
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Leitfähige Polymere
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Niederdimensionaler Leiter
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| Form |
Electronic book
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| ISBN |
9789814360487 |
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9814360481 |
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