CAJ | 학술논문

以新颖玻璃弹簧填料为载体 ,采用浸渍 -烧结法制备负载型纳米 Ti O2 光催化剂。通过光在不同填充床中的分布测定结果 ,表明光在该光催化剂床层中的传递距离比玻璃珠载体长 8倍 ,比0 .5 % P2 5悬浮液中的传递距离长 2 8倍。该负载型光催化剂具有光辐射分布较均匀、光照射表面积与体积比高等优点 ,从而有效的光催化反应体积成倍增加
이신영파리탄황전료위재체 ,채용침지 -소결법제비부재형납미 Ti O2 광최화제。통과광재불동전충상중적분포측정결과 ,표명광재해광최화제상층중적전체거리비파리주재체장 8배 ,비0 .5 % P2 5현부액중적전체거리장 2 8배。해부재형광최화제구유광복사분포교균균、광조사표면적여체적비고등우점 ,종이유효적광최화반응체적성배증가
The TiO 2 photocatalysts loaded on the novel carrier of glass spring with the immerse coating technique were developed. The light distribution in different packing bed show that the distance through which light travels in the photocatalyst bed of glass spring carrier is 8 times and 28 times longer than that of glass ball and of 0.5% P25 slurry respectively. The TiO 2 photocatalyst film is more even with lower concentration TiO 2 slurry for several times immerse coating, and behaves higher photocatalyti...