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We have developed an electrochromic switchable mirror with high durability in the environment for practical applications. The structure of the new device includes an ultraviolet-cured epoxy resin and cover glass as surface coating. Although the new device has thicker films than the conventional device without surface coating, it exhibited excellent optical switching properties and high transmittance of around 54% in the transparent state. Its durability in the environment was investigated. If stored in open air and in the simulated environment, the conventional device rapidly degraded. On the other hand, the newly developed device exhibited higher durability in the environment.
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Tajima et al. (2010) studied this question.
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