| Description |
1 online resource (xiii, 359 pages) : illustrations (some color) |
| Series |
Springer series in materials science, 0933-033X ; 120 |
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Springer series in materials science ; v. 120.
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| Contents |
Note continued: 4.3.2. Hetero-Valent Hetero-Structures -- References -- 5. Electrical Conductivity and Doping / Andreas Waag -- 5.1. Introduction -- 5.2. Hydrogen in ZnO -- 5.3. Donors in ZnO: Al, Ga, In -- 5.4. Acceptors in ZnO -- 5.5. Mobility -- 5.6. Ohmic and Schottky Contacts on ZnO -- 5.7. Two-Dimensional Electron Gas and Quantum Hall Effect -- 5.8. High-Field Transport and Varistors -- 5.9. Photoconductivity -- References -- 6. Intrinsic Linear Optical Properties Close to the Fundamental Absorption Edge / C. Klingshirn -- 6.1. Free Excitons in Bulk Samples -- 6.1.1. Free Excitons in Bulk Samples, Epitaxial Layers, and NanoRods -- 6.1.2. Experimental Observations -- 6.2. ZnO-Based Alloys -- 6.3. Surface Exciton Polaritons -- 6.4. Excitons in Structures of Reduced Dimensionality -- 6.4.1. Excitons in Quantum Wells and Superlattices -- 6.4.2. Quantum Wires -- 6.4.3. Quantum Dots -- 6.4.4. Cavity Polaritons -- References -- 7. Bound Exciton Complexes / B.K. Meyer -- 7.1. ZnO Luminescence: An Overview -- 7.2. Neutral Donor Bound Excitons (A-Valence Band) and Their Two Electron Satellites -- 7.3. Ionized Donor Bound Excitons (A-Valence Band) -- 7.4. Comparison of the Localization Energies with Theoretical Predictions (the Haynes Rule) -- 7.5. Excited State Properties of the Bound Excitons -- 7.6. Donor-Acceptor Pair Transitions -- References -- 8. Influence of External Fields / A. Hoffmann -- 8.1. Excitons in Magnetic Fields -- 8.1.1. Zeeman Effect -- 8.1.2. Free and Bound Excitons -- 8.1.3. Selection Rules for Zeeman Splitting of Exciton States in Magnetic Fields -- 8.1.4. Symmetry of Exciton Hole States -- 8.2. Excitons in Strain Fields -- 8.2.1. Uniaxial Pressure -- 8.2.2. Hydrostatic Pressure -- 8.2.3. Biaxial In-Plane Strain -- References -- 9. Deep Centres in ZnO / B.K. Meyer |
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Note continued: 9.1. Green and Yellow Emission Bands -- 9.2. Transition Metal Ions -- 9.2.1. ZnO/V -- 9.2.2. ZnO/Fe -- 9.2.3. ZnO/Fe3+ -- 9.2.4. ZnO/Fe2+ -- 9.2.5. ZnO/Co -- 9.2.6. ZnO/Ni -- 9.2.7. ZnO/Cu -- 9.3. Outlook -- References -- 10. Magnetic Properties / Andreas Waag -- 10.1. General Overview of the Topic -- 10.2. Short Overview of the Situation in ZnO -- References -- 11. Nonlinear Optics, High Density Effects and Stimulated Emission / C. Klingshirn -- 11.1. Nonlinear Optics -- 11.2. High Excitation Effects -- 11.2.1. Intermediate Density Regime -- 11.2.2. Electron-Hole Plasma -- 11.3. Processes for Stimulated Emission -- 11.3.1. Bulk Samples and Epilayers -- 11.3.2. Quantum Wells and Superlattices -- 11.3.3. Nano Rods and Their Cavity Modes -- 11.3.4. Quantum Dots and Random Lasing -- 11.3.5. Cavity Modes, Photonic Crystals and Polariton Lasers -- References -- 12. Dynamic Processes / C. Klingshirn -- 12.1. Dephasing Dynamics -- 12.2. Relaxation Dynamics -- 12.3. Recombination Dynamics -- References -- 13. Past, Present and Future Applications / C. Klingshirn -- 13.1. Past Applications -- 13.1.1. Electro Fax Copy -- 13.1.2. Ferrite Properties -- 13.2. Present and Emerging Applications -- 13.2.1. Cement, Rubber, Paint and Glazes -- 13.2.2. Catalysts, Pharmaceutics, Cosmetics and Food Additives -- 13.2.3. Electronics -- 13.2.4. Gas Sensors -- 13.2.5. TCO, Solar Cells and Some Further Applications -- 13.3. Visions of Future Applications -- 13.3.1. pn Junctions -- 13.3.2. Light Emitting Diodes -- 13.3.3. Field Emitters -- 13.3.4. Spintronics -- References -- 14. Conclusion and Outlook / C. Klingshirn -- 14.1. Conclusions -- 14.2. Outlook -- References |
| Summary |
This book gives a comprehensive review of the present state of the art in ZnO R+D, including growth, doping, lattice dynamics, electric, magnetic and optical properties. The emphasis is on the electric and optical properties, because this is the area where novel applications may be expected with highest promise. The book highlights not only the most recent results but gives both an overview of past research and of the present status - not avoiding critical and controversial discussions of various aspects such as band symmetries and laser processes. Intended to have long-lasting impact on ZnO R+D, this monograph addresses (post- )graduate students but also advanced scientists, who want to embark on ZnO research or are already involved. The book presents state of the art and assists them in avoiding duplication of old results (or mistakes). --Book Jacket |
| Analysis |
materialen |
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materials |
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optische instrumenten |
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optical instruments |
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engineering |
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materiaalkunde |
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materials science |
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optica |
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optics |
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Engineering (General) |
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Techniek (algemeen) |
| Bibliography |
Includes bibliographical references and index |
| Notes |
Print version record |
| Subject |
Zinc oxide.
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Zinc oxide -- Electric properties
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Zinc oxide -- Optical properties
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zinc white.
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Physique.
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Zinc oxide
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| Form |
Electronic book
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| Author |
Klingshirn, C. F. (Claus F.), 1944-
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| ISBN |
9783642105777 |
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3642105777 |
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