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| Conference Committee | ||
| Electrochromic praseodymium oxide films | 2 | |
| Effective medium approximation of the optical properties of electrochromic cerium-titanium oxide compounds | 9 | |
| Simulation model for the electrochromic process in WO[subscript 3] electrodes by a current step and its application to the smart window systems | 20 | |
| Preparation and optical properties of sol-gel-deposited electrochromic iron oxide films | 31 | |
| Realization, characterization, and lifetime of PANI/PAMPS/WO[subscript 3],2H[subscript 2]O all-solid-state electrochromic devices | 40 | |
| All inorganic oxide solid state thin film electrochromic devices with variable reflectance | 49 | |
| All-solid-state electrochromic device with NiO/WO[subscript 3] complementary structure | 58 | |
| Stability of WO[subscript 3] films for electrochromic applications | 63 | |
| Accelerated life testing of large-area electrochromic devices for window applications | 68 | |
| Learning curve approach to projecting cost and performance for photovoltaic technologies | 78 | |
| CuIn[subscript 1-x]Ga[subscript x]Se[subscript 2]-based photovoltaic cells from electrodeposited precursors | 90 | |
| Ordering of metal complex sensitizers on TiO[subscript 2] nanopowders: structure of interface organic/inorganic | 96 | |
| Crystal structures of metal complex sensitizers of TiO[subscript 2] nanopowders | 107 | |
| Photoelectrochromic smart windows | 114 | |
| Bicomponent transition metal oxide photoelectrodes | 124 | |
| International development and advances in solar selective absorbers | 134 | |
| Oxidation kinetics for metal-dielectric films using IR optical measurements | 146 | |
| Materials issues in solar detoxification of air and water | 154 | |
| Optical characterization of solar reflecting surfaces | 163 | |
| Materials properties of transparent conducting MgIn[subscript 2]O[subscript 4] semiconductor oxide powder | 173 | |
| Design and analysis of an antireflection grating structure for a solar energy absorber | 180 | |
| Chemically deposited thin films of sulfides and selenides of antimony and bismuth as solar energy materials | 186 | |
| Laminated solar-control safety glass incorporating chemically deposited metal chalcogenide thin films | 197 | |
| International advances in chromogenic switching technology | 206 | |
| Developments in suspended particle devices (SPD) | 217 | |
| Addendum | 227 | |
| Author Index | 228 |
| Price | Condition | Delivery | Seller | Action |
| $99.99 | Digital |
| WonderClub |
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reviewed Optical Materials Technology for Energy Efficiency and Solar Energy Conversion XV on September 14, 2019 Optical Materials Technology for Energy Efficiency and Solar Energy Conversion XV
In the book, "Solar Power", it has some very great information about the history of solar energy, how it was developed, how to change sunlight into energy, how it benefits rich nations, how people will start using solar energy, solar hydrogen and solar water heaters, and many more informational items. My favorite part of the book was Chapter 1: Part 3, when they talked about how scientists discovered how to change sunlight into energy. Another one of my favorites was Chapter 3: Part 1, when they talked about why solar energy will become more common in american households. I suggest reading this book if you want to learn everything or almost anything about solar energy.
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