The research is discovered, the sunlight degradation paraquat is effect on the soil type, moisture content, organic quality, pH value and the weather situation.
研究发现,百草枯的太阳光降解受土壤类型、含水量、有机质、pH值与天气状况的影响明显,同时也受土壤中加入的光催化剂:H2O2、TiO2、NO3-离子、NH4+离子与表面活性剂与其它有机和无机离子的影响,主要体现在光催化剂作用下光降解速率加快。
参考来源 - 太阳光降解农地土壤中百草枯的研究·2,447,543篇论文数据，部分数据来源于NoteExpress
The photocatalytic degradation reactions of peacock green dye were studied with photocatalyst of different concentration and UV radiation strength under simulated sunlight and UV lamp.
研究了在模拟太阳光和高压汞灯作用下，不同浓度的光催化剂和紫外光辐射强度对孔雀绿废液的光催化降解反应。
The experiment of photochemical degradation of the active dyes was conducted in aqueous solution containing Fe(III)-oxalate complex irradiated with visible light and sunlight.
研究了铁（III） -草酸配合物在可见光及太阳光照射下，对活性染料的光解降解作用。
This kind of photocatalyst may find potential applications for degradation of organic pollutants, especially under the condition of sunlight.
这种光催化剂在降解有机物方面，尤其是在太阳光的条件下会有很大的应用前景。
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