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The book represents a thorough study of MoO3 as an alternative to the well known member of chromogenic materials which have a photochromic phenomenon. Based on that, it has wide application in optoelectronic solar energy modulation and saving energy. These solar control coatings, however, pose a problem in varying climates such as in northern and central Europe. For these cases, materials that have altering properties owing to external surroundings could be the solution. These chromatic materials include several categories, such as photochromic glasses and polymers, thermochromic metal oxides...

The book represents a thorough study of Tin oxide doped Fluorine SnO2: F as an alternative to the well known member of transparent conductive oxide TCO family, Indium Tin Oxide (ITO) as it has some restrictions. The TCO family has a unique property of high transmission to visible light, high reflection to infrared with wavelength greater than 2 mico m. and conductive to electricity like a metal. Based on that, it has wide application in optoelectronic solar energy generation and saving devices.