Includes details of the fundamental phenomenological theories of solar cells, Li ion/ Li-air/Li-S batteries, fuel cells and their energy storage mechanisms. Discusses properties of various energy materials in addition to their device operation and evaluation.
1. Chapter 6 : Introduction to solar energy and its conversion into electrical energy by using dye-sensitized solar cells - p. Page 136 2. Chapter 7 : Dye-sensitized solar cells - p. Page 174 3. Chapter 8 : Potential of nanooxidic materials and structures of photoanodes for DSSCs - p. Page 200 4. Chapter 9 : Perovskite solar cells - p. Page 241 5. Chapter 10 : Layered and spinel structures as lithium-intercalated compounds for cathode materials - p. Page 272 6. Chapter 11 : Prospects and challenges in the selection of polymer electrolytes in advanced lithium–air batteries - p. Page 305 7. Chapter 12 : Li-S ion batteries: a substitute for Li-ion storage batteries - p. Page 329 8. Chapter 13 : Glasses and glass-ceramics as sealants in solid oxide fuel cell applications - p. Page 366 9. Chapter 14 : Role of rare-earth ions for energy-saving LED lighting devices - p. Page 398 10. Chapter 15 : Synthesis and luminescence study of silicate-based phosphors for energy-saving light-emitting diodes - p. Page 438 11. Chapter 16 : Investigations of energy-efficient RE(TTA)3dmphen complexes dispersed in polymer matrices for solid-state lighting applications - p. Page 475 12. Chapter 17 : Synthesis and characterization of energy-efficient Mq2 (M=Zn, Cd, Ca, and Sr) organometallic complexes for OLED display applications - p. Page 502 13. Chapter 18 : Spectral response and quantum efficiency evaluation of solar cells: a review - p. Page 520 14. Chapter 19 : Energy materials: Applications and propelling opportunities - p. Page 561 15. Chapter 20 : Sustainability, recycling, and lifetime issues of energy materials - p. Page 579 16. Index - p. Page 599
Includes details of the fundamental phenomenological theories of solar cells, Li ion/ Li-air/Li-S batteries, fuel cells and their energy storage mechanisms. Discusses properties of various energy materials in addition to their device operation and evaluation.
1. Chapter 6 : Introduction to solar energy and its conversion into electrical energy by using dye-sensitized solar cells - p. Page 136 2. Chapter 7 : Dye-sensitized solar cells - p. Page 174 3. Chapter 8 : Potential of nanooxidic materials and structures of photoanodes for DSSCs - p. Page 200 4. Chapter 9 : Perovskite solar cells - p. Page 241 5. Chapter 10 : Layered and spinel structures as lithium-intercalated compounds for cathode materials - p. Page 272 6. Chapter 11 : Prospects and challenges in the selection of polymer electrolytes in advanced lithium–air batteries - p. Page 305 7. Chapter 12 : Li-S ion batteries: a substitute for Li-ion storage batteries - p. Page 329 8. Chapter 13 : Glasses and glass-ceramics as sealants in solid oxide fuel cell applications - p. Page 366 9. Chapter 14 : Role of rare-earth ions for energy-saving LED lighting devices - p. Page 398 10. Chapter 15 : Synthesis and luminescence study of silicate-based phosphors for energy-saving light-emitting diodes - p. Page 438 11. Chapter 16 : Investigations of energy-efficient RE(TTA)3dmphen complexes dispersed in polymer matrices for solid-state lighting applications - p. Page 475 12. Chapter 17 : Synthesis and characterization of energy-efficient Mq2 (M=Zn, Cd, Ca, and Sr) organometallic complexes for OLED display applications - p. Page 502 13. Chapter 18 : Spectral response and quantum efficiency evaluation of solar cells: a review - p. Page 520 14. Chapter 19 : Energy materials: Applications and propelling opportunities - p. Page 561 15. Chapter 20 : Sustainability, recycling, and lifetime issues of energy materials - p. Page 579 16. Index - p. Page 599
