... reactive brilliant blue 活性艳蓝 reactive brilliant orange 活性艳橙 reactive brilliant red 活性艳红 ...
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本文用活性炭(GAC)在常温常压下直接非均相催化过二硫酸盐(PS),对水中难生化有机物酸性橙7(AO7)、活性黑5(RB5)和活性艳橙(X-GN)进行降解,并对活性炭催化过二硫酸盐体系的初始步骤自由基机理进行研究,目的是开发更加高效、节能的有机废水处理新技术。
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最近，笔者用正交实验的方法对TiO2和H2O2的复合体系光催化降解染料活性艳橙（KGN）和活性艳红（M3B）进行了研究，结果表明少量的H2O2使UV/TiO2/H2O2体系有协同作用。
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活性艳橙X Reactive Brilliant Orange X-7R
活性艳橙K Reactive Brilliant Orange K-7R
活性艳橙X-7R Reactive Brilliant Orange X-7R
活性艳橙K-7R Reactive Brilliant Orange K-7R
活性艳橙K-GN Reactive Brilliant Orange K-GN
活性艳橙X-GN Reactive Brilliant Orange X-GN
活性艳橙K-R Reactive Brilliant Orange K-R
活性艳橙系列 Reactive Brilliant Orange Series
活性艳橙KM-7R Reactive Brilliant Orange KM-7R
对活性染料活性艳橙- KR的脱色、絮凝条件及光催化的条件进行了研究。
The decolouration, flocculation and photocatalysis conditions of the activated dye, activated Brilliant Orange - KR have been studied.
从以上结果可见，零价铁法处理活性艳橙X-GN染料废水成本低廉，处理效果好，具有很好的应用前景。
The zero-valence iron process is a competitive method for treating reactive brilliant orange X-GN wastewater because of its high efficiency and low price.
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