CAJ | 학술논문

选取北大港水库当地优势种挺水植物香蒲和广盐性沉水植物篦齿眼子菜、金鱼藻、狐尾藻为研究对象，研究香蒲与不同沉水植物的组配试验对水体净化效果的影响。结果表明：香蒲与篦齿眼子菜组配对水体NH3-N、TP的去除效果最好，去除率分别为62.1％、83.9％；香蒲与金鱼藻组配对TN、COD的去除效果最佳，去除率分别为93.3％、30.4％。利用Matlab软件平台对试验结束时的水质进行分析，发现香蒲与金鱼藻组配方式对水体的净化能力最强。
선취북대항수고당지우세충정수식물향포화엄염성침수식물비치안자채、금어조、호미조위연구대상，연구향포여불동침수식물적조배시험대수체정화효과적영향。결과표명：향포여비치안자채조배대수체NH3-N、TP적거제효과최호，거제솔분별위62.1％、83.9％；향포여금어조조배대TN、COD적거제효과최가，거제솔분별위93.3％、30.4％。이용Matlab연건평태대시험결속시적수질진행분석，발현향포여금어조조배방식대수체적정화능력최강。
As local dominant species in the Beidagang Reservoir , the emergent macrophytes , Typha, and the euryhaline submerged macrophytes , including Labyrinth potamogetonaceae, Ceratophyllum, and Myriophyllum were selected to study the effects of hybrid planting of Typha and various submerged plants on water purification .The results show that the best removal effect on NH 3-N and TP can be achieved by hybrid planting of Typha and Labyrinth potamogetonaceae, with the removal rates being 62.1% and 83.9%, respectively .The best removal effect on TN and COD can be achieved by hybrid planting of Typha and Ceratophyllum, with the removal rates being 93.3%and 30.4%, respectively .Matlab software was used to analyze the water quality after experiments . The results show that hybrid planting of Typha and Ceratophyllum can improve the water purification capability to the greatest extent .