Constructed wetland as a treatment for sewage has many advantages.
作为污水处理的有效途径，人工湿地具有众多的优点。
Constructed wetland and its application for industrial waste water treatment.
人工湿地及其在工业废水处理中的应用。
So it has a good prospect that small scale constructed wetland system used f…
因此，小型人工湿地用于养殖场污水处理具有良好的应用前景。
This study could provide reference for improving nitrogen removal effect in constructed wetland.
该研究可为人工湿地中提高氮素去除效果提供参考。
Hydraulic characteristics of constructed wetland have a significant effect on the pollutant removal process.
人工湿地水力学特征对其污染物去除过程有重要影响。
The nitrogen removal rate would be increased through enhancing the nitrification ability in constructed wetland.
提高人工湿地硝化能力，就可以提高湿地中氮去除率。
Constructed wetland is one way of sewage disposal technics, which has caught abroad attentions in recently years.
人工湿地作为一种污水处理工艺，近年来得到了人们的广泛关注。
Constructed wetland generally has large area at present, so its application in scenic water treatment is limited.
结合武汉某住宅小区水环境治理工程的实践，提出住宅小区景观用水水环境治理措施。
The study of the performance of nitrogen removal in horizontal subsurface constructed wetland with Arundo donax var.
采用花叶芦竹水平潜流人工湿地处理生活污水，对其脱氮性能进行研究。
Constructed wetland is an integrated ecosystem , it has particular mechanism and function on treatment of wastewater.
人工湿地有着独具特色的净污机理、功能，正在不断地受到全球的重视。
Finally this paper summarizes the advantages of constructed wetland system, which will exhibit wide applied prospects.
最后总结了人工湿地系统的优点，展示了其广泛的应用前景。
A new device was designed to study root biomass and distribution in the subsurface flow gravel-bed constructed wetland.
设计了一种新方法研究潜流人工湿地植物根系的分布和生物量。
As a new type of ecological sewage treatment technology, constructed wetland has been applied successfully in practice.
人工湿地作为一种生态型污水处理新技术，在实践中得到了成功的应用。
The relationship between hydrodynamic loss and lengthwise position of constructed wetland accords with linear equation.
人工湿地水头损失沿长度方向呈明显的线性关系。
Microbe function for P removal in constructed wetland is significantly correlated with the surrounding oxygen situation.
通常情况下，物理作用和化学作用是人工湿地中最主要的磷去除途径。
We reach these conclusions:The plant is very important in constructed wetland , and it also have the ability of N , P removal .
本研究主要得出如下结论：植物在人工湿地系统中有着重要的作用，具有一定的去除氮、磷的能力。
This paper elaborated the function of constructed wetland, the structural design, the benefit and analyzed the influence factor.
本文阐述了人工湿地的功能、结构设计、效益并分析了影响因素。
To investigate substrates for phosphorus removal potential for constructed wetland, many different substrates have been reviewed.
综述了不同基质对于人工湿地净化磷素的潜能的研究结果。
Research purposes: the purposes are to find suitable plants for constructed wetland in salty seashore area at the North of China.
研究目的：解决我国北部沿海高盐度地区微咸水采用人工湿地污水处理系统时所需要植物类型和种类的问题。
The technology and engineering benefits of wastewater from paper making with YSH-constructed wetland system was studied experimentally.
对YSH-人工湿地系统处理造纸废水的工艺及工程效益进行了分析。
Purification of artificial scenic water using rainwater and reclaimed water as resource by constructed wetland was studied in this paper.
本研究采用人工湿地净化以雨水和再生水为主要水源人工景观水体的水质净化技术。
Abstract: It is introduced the design and application of constructed wetland in Dingshan river recovery project with low carbon criteria.
对人工湿地在丁山河流域低碳治理项目中的应用进行介绍。
In this paper, a simulation device of vertical flow constructed wetland was used to treat salinity heavy oil wastewater in Xinjiang oilfield.
采用垂直流人工湿地模拟装置对新疆油田外排含盐稠油废水进行了处理。
The research on three segment type slight aeration subsurface wetland is a new way to enquire into the sewage treatment by constructed wetland.
三段式微曝气潜流湿地的研究为人工湿地污水处理技术探索了一条新的途径。
The main ways to enhance nitrification ability in constructed wetland were the adjustment of internal structure and improvement of inner mic...
调整湿地内部的结构，改善湿地内部的微环境，是提高人工湿地硝化能力的主要途径。
Research on pollutants removal efficiency of the high rate denitrifier applied for constructed wetland with simulating undercurrent was conducted.
研究高效除氮菌的加入对模拟潜流人工湿地除污效果的影响。
The transformation mechanism of nitrogen in constructed wetland system and change of physiochemical parameters of wetland system were also analyzed.
本文同时分析了不同形态氮在湿地系统中的转化机制以及系统进出水理化参数的变化。
The transformation mechanism of nitrogen in constructed wetland system and change of physiochemical parameters of wetland system were also analyzed.
本文同时分析了不同形态氮在湿地系统中的转化机制以及系统进出水理化参数的变化。
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