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Influences of Aeration and pH on Activities of HZSM-5 Supported TiO_2

机译:曝气和pH对HZSM-5支持的影响的影响

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Aeration and pH of methyl orange solution were adjusted to investigate the influences on photocatalytic degradation activities of TiO_2/HZSM-5. Degradation rate was enhanced when applying air into the solution. When air flow rate increased from 0 to 150 ml/1, methyl orange degradation rate increased from 47% to 55%. Further increase of air flow rate had nearly no influence on degradation rate. Degradation rate performed strong dependence on pH value of methyl orange solution. Acidic situation was favorable for methyl orange degradation, whereas methyl orange degradation in basic situation was comparatively weak. Photocatalytic degradation of methyl orange decreased with increasing of pH value.
机译:调节甲基橙溶液的通气和pH以研究TiO_2 / HZSM-5的光催化降解活性的影响。将空气施加到溶液中时,增强了降解速率。当空气流量从0升高到150mL / 1时,甲基橙化降解速率从47%增加到55%。进一步增加空气流速几乎没有对降解速率的影响。降解速率对甲基橙溶液的pH值进行了强烈的依赖性​​。酸性情况有利于甲基橙化降解,而基本情况下的甲基橙质降解相对较弱。甲基橙的光催化降解随着pH值的增加而降低。

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