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Nitrogen detection in the vegetation of prototype constructed wetlands using chlorophyll fluorescence

机译:利用叶绿素荧光检测原型人工湿地植被中的氮

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Constructed wetlands are a very efficient, clean and economical way to remove organic contaminants from waste water. In the whole water cleaning process, some other complex processes, such as physical sedimentation, filtration, chemical precipitation, and material absorption by vegetation, are involved. The Nitrogen absorption efficiency by heliconnia psitacorumm, was studied at laboratory scale in a small reactor simulating a subsurface flow constructed wetland. Chlorophyll increasing was measured by fluorescence, using blue LED, 460 [nm] as excitation light source. Besides, spectral differences were observed in the spectral signal and in its derivative, indicating changes in the plant physiological response.
机译:人工湿地是从废水中去除有机污染物的非常有效,清洁和经济的方法。在整个水清洗过程中,还涉及其他一些复杂过程,例如物理沉淀,过滤,化学沉淀和植物吸收物质。在实验室规模下,在模拟地下流动人工湿地的小型反应器中,研究了Heliconia psitacorumm对氮的吸收效率。使用460 [nm]的蓝色LED作为激发光源,通过荧光测量叶绿素的增加。此外,在光谱信号及其导数中观察到光谱差异,表明植物生理反应的变化。

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