The reason why tin antimony oxide (ATO (アト)) appears blue is related to its chemical composition and structure. 具体的には, the tin and antimony elements in tin oxide are combined through specific chemical bonds to form a special compound. The compound has a structure called “nanodoping,” in which the atoms of tin and antimony are mixed together at the nanoscale to form a unique crystal structure.
Due to this special crystal structure, antimony tin oxide is able to absorb specific light, reflecting blue-purple light. This is due to the band structure of tin antimony oxide, which makes electrons transition to the conduction band under the excitation of photons of a specific wavelength, resulting in the emission of blue photons.
さらに, the blue color of tin antimony oxide is also affected by its surface state. On the surface of antimony tin oxide, there are some special electronic states that absorb specific wavelengths of light, making the reflected light appear blue.
In short, the reason why tin antimony oxide appears blue is due to the influence of band structure and surface state caused by its special chemical composition and crystal structure.
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