Horizons in world physics.: Volume 280 /
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| Sprache: | English |
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| Beschreibung: | Title from PDF title page (viewed on Apr. 30, 2013). |
| Beschreibung: | 1 online resource |
| ISBN: | 9781624173226 1624173225 |
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| 505 | 8 | |a 3.10. SSP of MoTaNb Metallic Glass zyxConclusion ; References ; MONOLITHIC PHOSPHOR-FREE WHITE EMISSION BY INGAN/GAN QUANTUM WELLS ; Abstract ; 1. Introduction ; 1.1. Semiconductor Solid State Lighting ; 1.2. Group-III Nitrides: Materials and Applications ; 2. Monolithic Phosphor-Free White Emission by Ingan/Gan Quantum Wells on Microfacets ; 2.1. InGaN/GaN Quantum Wells on Epitaxially Laterally Overgrown Stripes ; 2.2. InGaN Active Layers on Pyramids ; 2.3. InGaN/GaN Quantum Wells on Self-Organized Faceted Islands ; 2.3.1. Dichromatic Light Emission; 2.3.2. Trichromatic White Emission. | |
| 505 | 8 | |a 2.3.3. Tetrachromatic White Emission 3. Other Monolithic Phosphor-Free White Light Sources ; 3.1. Laterally Distributed InGaN/GaN Quantum Wells ; 3.2. Cascade InGaN/GaN Quantum Wells ; 3.3. Strain Modulated InGaN/GaN Quantum Wells with In-Rich Nanostructures ; Conclusion ; Acknowledgments ; References ; INTRA-BAND ELECTRON RAMAN SCATTERING IN SEMICONDUCTOR QUANTUM WELL AND LASER APPLICATIONS ; Abstract ; 1. Introduction; 2. Model and Solution of Schrödinger's Equation ; 2.1 Multiple Quantum Wells with an External Uniform Electric Field. | |
| 505 | 8 | |a 3. The Electron-Phonon Interaction Hamiltonianfor a Semiconductor Quantum Well 4. Intraband Electron Raman Scattering ; 4.1. Differential Cross-Section for Asymmetrical Quantum Wellwithout the Presence of an External Electric Field ; 4.1.1. Differential Cross-Section for a Process without the Assistance of One Phonon ; 4.1.2. Differential Cross-Section for a Process with the Assistance of One Phonon ; 4.1.3. Discussion of the Obtained Results ; 4.2. Differential Cross-Section for Asymmetrical Quantum Well with the Presence of an External Electric Field. | |
| 505 | 8 | |a 5. Net Raman Gain of the Asymmetrical Multiple Conclusion ; References ; NONLINEAR OPTICAL EFFECTS IN INTERSUBBAND TRANSITIONS OF SEMICONDUCTOR QUANTUM WELLS: EFFECTS OF ELECTRON-ELECTRON INTERACTIONS ; Abstract ; Introduction ; 2. Semiconductor Quantum Well Structure under Study ; 3. Creation of Intrinsic Optical Bistability; 4. Derivation of the First, Third and Fifth Order Optical Susceptibilities ; 5. Pump-Probe Optical Response ; Conclusion ; Acknowledgments ; References ; ION-INDUCED MODIFICATION AND CRIMPING 1OF CARBON COMPOSITE FIBERS; Abstract ; Introduction ; Experimental. | |
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| contents | 3.10. SSP of MoTaNb Metallic Glass zyxConclusion ; References ; MONOLITHIC PHOSPHOR-FREE WHITE EMISSION BY INGAN/GAN QUANTUM WELLS ; Abstract ; 1. Introduction ; 1.1. Semiconductor Solid State Lighting ; 1.2. Group-III Nitrides: Materials and Applications ; 2. Monolithic Phosphor-Free White Emission by Ingan/Gan Quantum Wells on Microfacets ; 2.1. InGaN/GaN Quantum Wells on Epitaxially Laterally Overgrown Stripes ; 2.2. InGaN Active Layers on Pyramids ; 2.3. InGaN/GaN Quantum Wells on Self-Organized Faceted Islands ; 2.3.1. Dichromatic Light Emission; 2.3.2. Trichromatic White Emission. 2.3.3. Tetrachromatic White Emission 3. Other Monolithic Phosphor-Free White Light Sources ; 3.1. Laterally Distributed InGaN/GaN Quantum Wells ; 3.2. Cascade InGaN/GaN Quantum Wells ; 3.3. Strain Modulated InGaN/GaN Quantum Wells with In-Rich Nanostructures ; Conclusion ; Acknowledgments ; References ; INTRA-BAND ELECTRON RAMAN SCATTERING IN SEMICONDUCTOR QUANTUM WELL AND LASER APPLICATIONS ; Abstract ; 1. Introduction; 2. Model and Solution of Schrödinger's Equation ; 2.1 Multiple Quantum Wells with an External Uniform Electric Field. 3. The Electron-Phonon Interaction Hamiltonianfor a Semiconductor Quantum Well 4. Intraband Electron Raman Scattering ; 4.1. Differential Cross-Section for Asymmetrical Quantum Wellwithout the Presence of an External Electric Field ; 4.1.1. Differential Cross-Section for a Process without the Assistance of One Phonon ; 4.1.2. Differential Cross-Section for a Process with the Assistance of One Phonon ; 4.1.3. Discussion of the Obtained Results ; 4.2. Differential Cross-Section for Asymmetrical Quantum Well with the Presence of an External Electric Field. 5. Net Raman Gain of the Asymmetrical Multiple Conclusion ; References ; NONLINEAR OPTICAL EFFECTS IN INTERSUBBAND TRANSITIONS OF SEMICONDUCTOR QUANTUM WELLS: EFFECTS OF ELECTRON-ELECTRON INTERACTIONS ; Abstract ; Introduction ; 2. Semiconductor Quantum Well Structure under Study ; 3. Creation of Intrinsic Optical Bistability; 4. Derivation of the First, Third and Fifth Order Optical Susceptibilities ; 5. Pump-Probe Optical Response ; Conclusion ; Acknowledgments ; References ; ION-INDUCED MODIFICATION AND CRIMPING 1OF CARBON COMPOSITE FIBERS; Abstract ; Introduction ; Experimental. |
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| spelling | Horizons in world physics. Volume 280 / Albert Reimer, editor. New York : Nova Publishers, ©2013. 1 online resource text txt rdacontent computer c rdamedia online resource cr rdacarrier Title from PDF title page (viewed on Apr. 30, 2013). 3.10. SSP of MoTaNb Metallic Glass zyxConclusion ; References ; MONOLITHIC PHOSPHOR-FREE WHITE EMISSION BY INGAN/GAN QUANTUM WELLS ; Abstract ; 1. Introduction ; 1.1. Semiconductor Solid State Lighting ; 1.2. Group-III Nitrides: Materials and Applications ; 2. Monolithic Phosphor-Free White Emission by Ingan/Gan Quantum Wells on Microfacets ; 2.1. InGaN/GaN Quantum Wells on Epitaxially Laterally Overgrown Stripes ; 2.2. InGaN Active Layers on Pyramids ; 2.3. InGaN/GaN Quantum Wells on Self-Organized Faceted Islands ; 2.3.1. Dichromatic Light Emission; 2.3.2. Trichromatic White Emission. 2.3.3. Tetrachromatic White Emission 3. Other Monolithic Phosphor-Free White Light Sources ; 3.1. Laterally Distributed InGaN/GaN Quantum Wells ; 3.2. Cascade InGaN/GaN Quantum Wells ; 3.3. Strain Modulated InGaN/GaN Quantum Wells with In-Rich Nanostructures ; Conclusion ; Acknowledgments ; References ; INTRA-BAND ELECTRON RAMAN SCATTERING IN SEMICONDUCTOR QUANTUM WELL AND LASER APPLICATIONS ; Abstract ; 1. Introduction; 2. Model and Solution of Schrödinger's Equation ; 2.1 Multiple Quantum Wells with an External Uniform Electric Field. 3. The Electron-Phonon Interaction Hamiltonianfor a Semiconductor Quantum Well 4. Intraband Electron Raman Scattering ; 4.1. Differential Cross-Section for Asymmetrical Quantum Wellwithout the Presence of an External Electric Field ; 4.1.1. Differential Cross-Section for a Process without the Assistance of One Phonon ; 4.1.2. Differential Cross-Section for a Process with the Assistance of One Phonon ; 4.1.3. Discussion of the Obtained Results ; 4.2. Differential Cross-Section for Asymmetrical Quantum Well with the Presence of an External Electric Field. 5. Net Raman Gain of the Asymmetrical Multiple Conclusion ; References ; NONLINEAR OPTICAL EFFECTS IN INTERSUBBAND TRANSITIONS OF SEMICONDUCTOR QUANTUM WELLS: EFFECTS OF ELECTRON-ELECTRON INTERACTIONS ; Abstract ; Introduction ; 2. Semiconductor Quantum Well Structure under Study ; 3. Creation of Intrinsic Optical Bistability; 4. Derivation of the First, Third and Fifth Order Optical Susceptibilities ; 5. Pump-Probe Optical Response ; Conclusion ; Acknowledgments ; References ; ION-INDUCED MODIFICATION AND CRIMPING 1OF CARBON COMPOSITE FIBERS; Abstract ; Introduction ; Experimental. Physics. http://id.loc.gov/authorities/subjects/sh85101653 Physics https://id.nlm.nih.gov/mesh/D010825 Physique. physics. aat SCIENCE Energy. bisacsh SCIENCE Mechanics General. bisacsh SCIENCE Physics General. bisacsh Physics fast Reimer, Albert. http://id.loc.gov/authorities/names/no2003096831 has work: Horizons in world physics Volume 280 (Text) https://id.oclc.org/worldcat/entity/E39PCFyQ4VgbVjVdQPPxKMyb8d https://id.oclc.org/worldcat/ontology/hasWork Print version: Reimer, Albert. Horizons in World Physics, Volume 280. Hauppauge : Nova Science Publishers, Inc., ©2013 9781624173219 FWS01 ZDB-4-EBA FWS_PDA_EBA https://search.ebscohost.com/login.aspx?direct=true&scope=site&db=nlebk&AN=550450 Volltext |
| spellingShingle | Horizons in world physics. 3.10. SSP of MoTaNb Metallic Glass zyxConclusion ; References ; MONOLITHIC PHOSPHOR-FREE WHITE EMISSION BY INGAN/GAN QUANTUM WELLS ; Abstract ; 1. Introduction ; 1.1. Semiconductor Solid State Lighting ; 1.2. Group-III Nitrides: Materials and Applications ; 2. Monolithic Phosphor-Free White Emission by Ingan/Gan Quantum Wells on Microfacets ; 2.1. InGaN/GaN Quantum Wells on Epitaxially Laterally Overgrown Stripes ; 2.2. InGaN Active Layers on Pyramids ; 2.3. InGaN/GaN Quantum Wells on Self-Organized Faceted Islands ; 2.3.1. Dichromatic Light Emission; 2.3.2. Trichromatic White Emission. 2.3.3. Tetrachromatic White Emission 3. Other Monolithic Phosphor-Free White Light Sources ; 3.1. Laterally Distributed InGaN/GaN Quantum Wells ; 3.2. Cascade InGaN/GaN Quantum Wells ; 3.3. Strain Modulated InGaN/GaN Quantum Wells with In-Rich Nanostructures ; Conclusion ; Acknowledgments ; References ; INTRA-BAND ELECTRON RAMAN SCATTERING IN SEMICONDUCTOR QUANTUM WELL AND LASER APPLICATIONS ; Abstract ; 1. Introduction; 2. Model and Solution of Schrödinger's Equation ; 2.1 Multiple Quantum Wells with an External Uniform Electric Field. 3. The Electron-Phonon Interaction Hamiltonianfor a Semiconductor Quantum Well 4. Intraband Electron Raman Scattering ; 4.1. Differential Cross-Section for Asymmetrical Quantum Wellwithout the Presence of an External Electric Field ; 4.1.1. Differential Cross-Section for a Process without the Assistance of One Phonon ; 4.1.2. Differential Cross-Section for a Process with the Assistance of One Phonon ; 4.1.3. Discussion of the Obtained Results ; 4.2. Differential Cross-Section for Asymmetrical Quantum Well with the Presence of an External Electric Field. 5. Net Raman Gain of the Asymmetrical Multiple Conclusion ; References ; NONLINEAR OPTICAL EFFECTS IN INTERSUBBAND TRANSITIONS OF SEMICONDUCTOR QUANTUM WELLS: EFFECTS OF ELECTRON-ELECTRON INTERACTIONS ; Abstract ; Introduction ; 2. Semiconductor Quantum Well Structure under Study ; 3. Creation of Intrinsic Optical Bistability; 4. Derivation of the First, Third and Fifth Order Optical Susceptibilities ; 5. Pump-Probe Optical Response ; Conclusion ; Acknowledgments ; References ; ION-INDUCED MODIFICATION AND CRIMPING 1OF CARBON COMPOSITE FIBERS; Abstract ; Introduction ; Experimental. Physics. http://id.loc.gov/authorities/subjects/sh85101653 Physics https://id.nlm.nih.gov/mesh/D010825 Physique. physics. aat SCIENCE Energy. bisacsh SCIENCE Mechanics General. bisacsh SCIENCE Physics General. bisacsh Physics fast |
| subject_GND | http://id.loc.gov/authorities/subjects/sh85101653 https://id.nlm.nih.gov/mesh/D010825 |
| title | Horizons in world physics. |
| title_auth | Horizons in world physics. |
| title_exact_search | Horizons in world physics. |
| title_full | Horizons in world physics. Volume 280 / Albert Reimer, editor. |
| title_fullStr | Horizons in world physics. Volume 280 / Albert Reimer, editor. |
| title_full_unstemmed | Horizons in world physics. Volume 280 / Albert Reimer, editor. |
| title_short | Horizons in world physics. |
| title_sort | horizons in world physics |
| topic | Physics. http://id.loc.gov/authorities/subjects/sh85101653 Physics https://id.nlm.nih.gov/mesh/D010825 Physique. physics. aat SCIENCE Energy. bisacsh SCIENCE Mechanics General. bisacsh SCIENCE Physics General. bisacsh Physics fast |
| topic_facet | Physics. Physics Physique. physics. SCIENCE Energy. SCIENCE Mechanics General. SCIENCE Physics General. |
| url | https://search.ebscohost.com/login.aspx?direct=true&scope=site&db=nlebk&AN=550450 |
| work_keys_str_mv | AT reimeralbert horizonsinworldphysicsvolume280 |