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1氧化钛光催化剂的原理在玻璃及陶瓷表面涂覆的氧化钛光催化剂遇到380nm以下的光时,接受其光子后,由于光电效果激发电子,电子在价电子带稳定电动轨道中移动,并有可能从导带中跳出形成空穴并向氧化钛表面移动。氧化钛光催化剂的这个性质叫作光化学反应。通过反应作用氧化分解有
Titanium dioxide photocatalyst principle In the glass and ceramic surface coated titanium oxide photocatalyst encountered 380nm below the light, after receiving its photons, due to the photoelectric effect of stimulating electrons, the electron in the valence band with stable electric orbit, and there May jump out of the conduction band to form holes and move toward the titanium oxide surface. This property of titanium oxide photocatalysts is called photochemical reactions. Oxidative decomposition by reaction