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Effect of Matrixes and Plants on the Removal of Nitrogen and Phosphorus in Paddy Fields Drainage Ditch

机译:基质与植物对稻田排水沟中氮素和磷去除的影响

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Under the laboratory condition, use the mixture of coal cinder and soil, the mixture of fine sand and soil, and simple soil as the matrixes; use the Acorus calamus, the Typha angustata Bory et Chaub, and the Scirpus validus Vahl as the plants. Three groups of ditch systems are built to study the effect of different group of ditches in removing nitrogen and phosphorus pollution of paddy fields drainage ditch. The results show that the plants significantly improve the purification performance of ditches, the removal rate to TN of the ditch system based on the mixture of fine sand and soil and the Acorus calamus is 50.9% which is higher than other groups; the removal rate to TP of the ditch system based on the mixture of coal cinder and soil and the Acorus calamus is 48.1% which is higher than other groups.
机译:在实验室条件下,使用煤渣和土壤的混合物,细砂和土壤的混合物,以及简单的土壤作为基质;使用Acorus Calamus,Typha Angustata Bory Et Chaub,以及斯科普斯vahl作为植物。建立了三组沟渠系统,以研究不同群体沟渠去除稻田排水沟的氮气和磷污染方面的效果。结果表明,植物显着提高了沟渠的净化性能,基于细砂和土壤的混合物的沟渠系统的去除率为50.9%,比其他群体高50.9%;基于煤渣和土壤混合物的沟渠系统的去除率为48.1%,比其他组高48.1%。

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