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MODIFIED TITANIA SURFACES FOR VISIBLE LIGHT PHOTOCATALYSIS

机译:改进的二氧化钛表面,用于可见光光催化

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摘要

Combining solar light with photocatalysts can destroy a variety of dangerous pollutants in air and water. It is potentially a very powerful method to clean up the contaminated environment. However, there are still many challenges concerning the efficiency and reliability of this approach. The advantage of visible light active materials as compared to UV light active materials is much more efficient energy utilization, as the solar spectrum contains only a small UV component.
机译:将太阳灯与光催化剂相结合,可以破坏空气和水中各种危险的污染物。清理污染环境可能是一种非常强大的方法。然而,仍有许多关于这种方法的效率和可靠性的挑战。与UV光活性材料相比的可见光活性材料的优点是更有效的能量利用,因为太阳光谱仅包含小型UV成分。

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