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Oku, Takeo. Solar cells and energy materials [[electronic resource]] / Takeo Oku. — 1 online resource — <URL:http://elib.fa.ru/ebsco/1458966.pdf>.Record create date: 1/6/2017 Subject: Solar cells.; Photovoltaic cells.; Electric batteries.; Electric power transmission.; Electric batteries.; Electric power transmission.; Photovoltaic cells.; Solar cells.; TECHNOLOGY & ENGINEERING / Mechanical Collections: EBSCO Allowed Actions: –
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Table of Contents
- Preface
- Contents
- Table for physical constants
- Periodic table
- 1 Energy
- 1.1 What is energy?
- 1.2 Fermions and bosons
- 1.3 Important physical constants in the universe
- 1.4 Four fundamental forces of nature
- 1.5 The mass of light
- 1.6 The materialization of light and antimatter
- 1.7 Bose-Einstein condensation and freezing light
- 1.8 Quantum brain theory and light
- 1.9 The materialization of vacuum
- 1.10 The energy constitution of the entire universe
- 1.11 Cosmological constant
- 1.12 Bibliography
- 2 Solar energy
- 2.1 Energy problems and entropy on Earth
- 2.2 The energy circulation of photons and electrons
- 2.3 Homeostasis of life and civilization
- 2.4 Global warming
- 2.5 Solar light and Earth
- 2.6 Renewable energy
- 2.7 Solar energy plan
- 2.8 Bibliography
- 3 Basics of solar cells
- 3.1 Properties of semiconductors
- 3.2 pn junction
- 3.3 Photovoltaic effect
- 3.4 Energy loss and the requirements for high efficiency
- 3.5 Characterization of solar cells
- 3.6 Internal and external quantum efficiency
- 3.7 Series and shunt resistances
- 3.8 Bibliography
- 4 Inorganic solar cells
- 4.1 Comparison of solar cells
- 4.2 Amorphous Si
- 4.3 HIT
- 4.4 CdTe
- 4.5 CIGS
- 4.6 Spherical Si
- 4.7 ZnO/Cu2O
- 4.8 Bibliography
- 5 Organic-type solar cells
- 5.1 Donor-acceptor type organic solar cells
- 5.2 Exciton
- 5.3 Bulk heterojunction
- 5.4 P3HT:PCBM
- 5.5 Phthalocyanine dimer
- 5.6 ZnTPP:C60
- 5.7 Diamond:C60
- 5.8 Ge nanoparticles
- 5.9 Dye-sensitized solar cells
- 5.10 Polysilane system
- 5.11 PCBM:P3HT with SiPc or SiNc
- 5.12 Bibliography
- 6 Perovskite-type solar cells
- 6.1 Perovskite structures and synthesis
- 6.2 Crystal structures of CH3NH3PbX3 (X = Cl, Br, or I)
- 6.3 X-ray diffraction of CH3NH3PbI3
- 6.4 Electron diffraction of CH3NH3PbI3
- 6.5 Other perovskite structures for solar cells
- 6.6 Basic device structures
- 6.7 Enlargement of cell
- 6.8 Electron transport layers
- 6.9 Halogen doping to CH3NH3PbI3
- 6.10 Metal doping to CH3NH3PbI3
- 6.11 Bibliography
- 7 Future solar cells
- 7.1 Next generation solar cells
- 7.2 Multi-junction
- 7.3 Quantum size effect
- 7.4 Quantum dots
- 7.5 Intermediate band type
- 7.6 Multi-exciton
- 7.7 Hot carrier type
- 7.8 Space solar power system
- 7.9 Bibliography
- 8 Nuclear fusion materials
- 8.1 Nuclear fusion in the sun
- 8.2 DT and DD fusion
- 8.3 Fusion conditions
- 8.4 ITER
- 8.5 Muon catalyzed fusion
- 8.6 Pyroelectric fusion
- 8.7 Condensation fusion in solids
- 8.8 Fusion reactormaterials
- 8.9 Bibliography
- 9 Other energy materials
- 9.1 Hydrogen storagematerials
- 9.2 BN nanomaterials
- 9.3 Calculations of hydrogen storage
- 9.4 Thermoelectric power generation
- 9.5 Icosahedral boron
- 9.6 Titanium dioxide
- 9.7 Zeolite
- 9.8 Lithium-ion batteries
- 9.9 Si clathrate
- 9.10 Ice and hydrate
- 9.11 Fuel cells
- 9.12 SiC FET
- 9.13 Two Concluding Asides
- 9.13.1 The energy of a vacuum
- 9.13.2 The energy of the mind
- 9.14 Bibliography
- Index
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