Verfügbarkeit: Thermodynamics of solar energy conversion

Thermodynamics of solar energy conversion:

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Bibliographische Detailangaben
1. Verfasser:	De Vos, Alexis (VerfasserIn)
Format:	Buch
Sprache:	English
Veröffentlicht:	Weinheim WILEY-VCH [2008]
Schlagworte:	Thermodynamique Énergie - Conversion Énergie - Conversion directe Énergie solaire Direct energy conversion Solar energy Thermodynamics Sonnenenergie Energieumwandlung Nichtgleichgewichtsthermodynamik
Online-Zugang:	Inhaltstext Inhaltsverzeichnis Inhaltsverzeichnis
Beschreibung:	XIII, 192 Seiten Illustrationen, Diagramme
ISBN:	9783527408412 352740841X

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Datensatz im Suchindex

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adam_text	ALEXIS DE VOS THERMODYNAMICS OF SOLAR ENERGY CONVERSION WILEY- VCH WILEY-VCH VERLAG GMBH & CO. KGAA VII CONTENTS 1 RADIATION 1 1.1 INTRODUCTION 1 1.2 PHOTON MODES 9 1 1.3 PHOTON STATISTICS 9 4 1.4 PLANCK'S LAW 7 1.5 THE STEFAN-BOLTZMANN LAW 10 1.6 KIRCHHOFF'S LAW 11 1.7 WHY T 4 ? ^ 12 1.8 EXERCISES 24 REFERENCES 15 2 THE SOLAR SYSTEM 77 2.1 THE SUN 17 2.2 THE PLANETS 20 2.3 STARLIGHT 9 22 2.4 MOONLIGHT ^ 23 2.5 RADIATION FROM "EMPTY" SPACE ^ 24 2.6 INTERNAL HEAT SOURCES ^ 25 2.7 CONCLUSION 26 2.8 EXERCISES 27 REFERENCES 27 3 THERMODYNAMICAL ENGINES 29 3.1 INTRODUCTION 29 3.2 THE CARNOT ENGINE 29 3.3 THE CURZON-AHLBORN ENGINE 32 3.4 ENDOREVERSIBLE ENGINES 38 3.5 AN EXAMPLE 38 3.6 THE STEFAN-BOLTZMANN ENGINE 41 THERMODYNAMICS OF SOLAR ENERGY CONVERSION. ALEXIS DE VOS COPYRIGHT 2008 WILEY-VCH VERLAG GMBH & CO. KGAA, WEINHEIM ISBN: 978-3-527-40841-2 VIIII CONTENTS 3.7 CONCLUSION 46 3.8 AN EXAMPLE 47 3.9 EXERCISES 50 REFERENCES 50 4 WIND ENERGY CREATION 53 4.1 INTRODUCTION 53 4.2 PRELIMINARY MODEL 53 A3 FINAL MODEL 57 4.4 WHY 8%? ^ 60 4.5 TIDAL WINDS AND ZONAL WINDS 61 4.6 TWO EXAMPLES 65 4.7 EXERCISES 67 REFERENCES 67 5 PHOTOTHERMAL CONVERSION 69 5.1 INTRODUCTION 69 5.2 SOLAR ENERGY EFFICIENCY 72 5.3 THE MUESER ENGINE 75 5.4 WHY 13%? 9 76 5.5 CONCENTRATORS 78 5.6 THE MUESER ENGINE WITH CONCENTRATOR 80 5.7 SELECTIVE BLACK BODIES 82 5.8 THE MUESER ENGINE WITH BANDGAP 84 5.9 CONCLUSION 86 5.10 AN EXAMPLE 86 5.11 EXERCISES 89 REFERENCES 89 6 PHOTOVOLTAIC CONVERSION 91 6.1 INTRODUCTION 91 6.2 SEMICONDUCTORS 91 6.3 THE SOLAR CELL 95 6.4 AN EXAMPLE 201 6.5 EXERCISES 103 REFERENCES 104 7 HYBRID CONVERSION 105 7.1 INTRODUCTION 105 7.2 IS A SOLAR CELL REALLY AN ENDOREVERSIBLE ENGINE? ^ 105 7.3 A UNIFIED MODEL 108 7A ALTERNATIVE MODEL ^ 113 7.5 ONSAGER'S PRINCIPLE V 125 7.6 EXAMPLES 117 7.7 EXERCISES 118 REFERENCES 119 8 MULTICOLOR CONVERSION 121 8.1 INTRODUCTION 121 8.2 PHOTOTHERMAL MULTICOLOR CONVERTERS 121 8.3 PHOTOVOLTAIC MULTICOLOR CONVERTERS 225 8.4 OMNICOLOR CONVERTERS 227 8.5 TWO-TERMINAL OMNICOLOR CONVERTERS 230 8.6 THE BOESE ENGINE ^ 133 8.7 CONCLUSION 234 8.8 TWO EXAMPLES 235 8.9 EXERCISES 237 REFERENCES 237 9 CHEMICAL REACTIONS 139 9.1 INTRODUCTION 239 9.2 REVERSIBLE AND IRREVERSIBLE CHEMICAL ENGINES 9.3 THE GENERALIZED ENDOREVERSIBLE ENGINE 243 9.4 TWO ALTERNATIVE GENERALIZED MODELS ^ 244 9.5 THE ENDOREVERSIBLE CHEMICAL REACTOR 247 9.6 CONCLUSION 252 9.7 EXERCISES 252 REFERENCES 253 10 PHOTOSYNTHESIS 155 10.1 INTRODUCTION 255 10.2 THE PHOTOSYNTHESIS ENGINE 256 10.3 AN EXAMPLE 257 10.4 EXERCISES 262 REFERENCES 162 POST SCRIPTUM 163 REFERENCES 265 X CONTENTS APPENDICES A CONSTANTS 167 A.L MATHEMATICAL CONSTANTS 167 A.2 PHYSICAL CONSTANTS 268 B ABOUT THE N-DIMENSIONAL SPHERE 9 169 C KEPLER'S SECOND LAW 9 173 D ABOUT A FOURTH-DEGREE EQUATION 177 E THE GENERAL CHEMICAL REACTION 179 F LIST OF SYMBOLS 183 INDEX 191
adam_txt	ALEXIS DE VOS THERMODYNAMICS OF SOLAR ENERGY CONVERSION WILEY- VCH WILEY-VCH VERLAG GMBH & CO. KGAA VII CONTENTS 1 RADIATION 1 1.1 INTRODUCTION 1 1.2 PHOTON MODES 9 1 1.3 PHOTON STATISTICS 9 4 1.4 PLANCK'S LAW 7 1.5 THE STEFAN-BOLTZMANN LAW 10 1.6 KIRCHHOFF'S LAW 11 1.7 WHY T 4 ? ^ 12 1.8 EXERCISES 24 REFERENCES 15 2 THE SOLAR SYSTEM 77 2.1 THE SUN 17 2.2 THE PLANETS 20 2.3 STARLIGHT 9 22 2.4 MOONLIGHT ^ 23 2.5 RADIATION FROM "EMPTY" SPACE ^ 24 2.6 INTERNAL HEAT SOURCES ^ 25 2.7 CONCLUSION 26 2.8 EXERCISES 27 REFERENCES 27 3 THERMODYNAMICAL ENGINES 29 3.1 INTRODUCTION 29 3.2 THE CARNOT ENGINE 29 3.3 THE CURZON-AHLBORN ENGINE 32 3.4 ENDOREVERSIBLE ENGINES 38 3.5 AN EXAMPLE 38 3.6 THE STEFAN-BOLTZMANN ENGINE 41 THERMODYNAMICS OF SOLAR ENERGY CONVERSION. ALEXIS DE VOS COPYRIGHT 2008 WILEY-VCH VERLAG GMBH & CO. KGAA, WEINHEIM ISBN: 978-3-527-40841-2 VIIII CONTENTS 3.7 CONCLUSION 46 3.8 AN EXAMPLE 47 3.9 EXERCISES 50 REFERENCES 50 4 WIND ENERGY CREATION 53 4.1 INTRODUCTION 53 4.2 PRELIMINARY MODEL 53 A3 FINAL MODEL 57 4.4 WHY 8%? ^ 60 4.5 TIDAL WINDS AND ZONAL WINDS 61 4.6 TWO EXAMPLES 65 4.7 EXERCISES 67 REFERENCES 67 5 PHOTOTHERMAL CONVERSION 69 5.1 INTRODUCTION 69 5.2 SOLAR ENERGY EFFICIENCY 72 5.3 THE MUESER ENGINE 75 5.4 WHY 13%? 9 76 5.5 CONCENTRATORS 78 5.6 THE MUESER ENGINE WITH CONCENTRATOR 80 5.7 SELECTIVE BLACK BODIES 82 5.8 THE MUESER ENGINE WITH BANDGAP 84 5.9 CONCLUSION 86 5.10 AN EXAMPLE 86 5.11 EXERCISES 89 REFERENCES 89 6 PHOTOVOLTAIC CONVERSION 91 6.1 INTRODUCTION 91 6.2 SEMICONDUCTORS 91 6.3 THE SOLAR CELL 95 6.4 AN EXAMPLE 201 6.5 EXERCISES 103 REFERENCES 104 7 HYBRID CONVERSION 105 7.1 INTRODUCTION 105 7.2 IS A SOLAR CELL REALLY AN ENDOREVERSIBLE ENGINE? ^ 105 7.3 A UNIFIED MODEL 108 7A ALTERNATIVE MODEL ^ 113 7.5 ONSAGER'S PRINCIPLE V 125 7.6 EXAMPLES 117 7.7 EXERCISES 118 REFERENCES 119 8 MULTICOLOR CONVERSION 121 8.1 INTRODUCTION 121 8.2 PHOTOTHERMAL MULTICOLOR CONVERTERS 121 8.3 PHOTOVOLTAIC MULTICOLOR CONVERTERS 225 8.4 OMNICOLOR CONVERTERS 227 8.5 TWO-TERMINAL OMNICOLOR CONVERTERS 230 8.6 THE BOESE ENGINE ^ 133 8.7 CONCLUSION 234 8.8 TWO EXAMPLES 235 8.9 EXERCISES 237 REFERENCES 237 9 CHEMICAL REACTIONS 139 9.1 INTRODUCTION 239 9.2 REVERSIBLE AND IRREVERSIBLE CHEMICAL ENGINES 9.3 THE GENERALIZED ENDOREVERSIBLE ENGINE 243 9.4 TWO ALTERNATIVE GENERALIZED MODELS ^ 244 9.5 THE ENDOREVERSIBLE CHEMICAL REACTOR 247 9.6 CONCLUSION 252 9.7 EXERCISES 252 REFERENCES 253 10 PHOTOSYNTHESIS 155 10.1 INTRODUCTION 255 10.2 THE PHOTOSYNTHESIS ENGINE 256 10.3 AN EXAMPLE 257 10.4 EXERCISES 262 REFERENCES 162 POST SCRIPTUM 163 REFERENCES 265 X CONTENTS APPENDICES A CONSTANTS 167 A.L MATHEMATICAL CONSTANTS 167 A.2 PHYSICAL CONSTANTS 268 B ABOUT THE N-DIMENSIONAL SPHERE 9 169 C KEPLER'S SECOND LAW 9 173 D ABOUT A FOURTH-DEGREE EQUATION 177 E THE GENERAL CHEMICAL REACTION 179 F LIST OF SYMBOLS 183 INDEX 191
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spellingShingle	De Vos, Alexis Thermodynamics of solar energy conversion Thermodynamique Énergie - Conversion Énergie - Conversion directe Énergie solaire Direct energy conversion Solar energy Thermodynamics Sonnenenergie (DE-588)4055572-0 gnd Energieumwandlung (DE-588)4014730-7 gnd Nichtgleichgewichtsthermodynamik (DE-588)4130850-5 gnd
subject_GND	(DE-588)4055572-0 (DE-588)4014730-7 (DE-588)4130850-5
title	Thermodynamics of solar energy conversion
title_auth	Thermodynamics of solar energy conversion
title_exact_search	Thermodynamics of solar energy conversion
title_exact_search_txtP	Thermodynamics of solar energy conversion
title_full	Thermodynamics of solar energy conversion Alexis de Vos
title_fullStr	Thermodynamics of solar energy conversion Alexis de Vos
title_full_unstemmed	Thermodynamics of solar energy conversion Alexis de Vos
title_short	Thermodynamics of solar energy conversion
title_sort	thermodynamics of solar energy conversion
topic	Thermodynamique Énergie - Conversion Énergie - Conversion directe Énergie solaire Direct energy conversion Solar energy Thermodynamics Sonnenenergie (DE-588)4055572-0 gnd Energieumwandlung (DE-588)4014730-7 gnd Nichtgleichgewichtsthermodynamik (DE-588)4130850-5 gnd
topic_facet	Thermodynamique Énergie - Conversion Énergie - Conversion directe Énergie solaire Direct energy conversion Solar energy Thermodynamics Sonnenenergie Energieumwandlung Nichtgleichgewichtsthermodynamik
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work_keys_str_mv	AT devosalexis thermodynamicsofsolarenergyconversion

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