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机译:饲养比率影响多级垂直流动的氮气去除和相关的微生物群落构造的湿地
Tongji University College of Environmental Science and Engineering Key Laboratory of Yangtze River Water Environment Ministry of Education 200092 PR China;
Tongji University College of Environmental Science and Engineering Key Laboratory of Yangtze River Water Environment Ministry of Education 200092 PR China;
Tongji University College of Environmental Science and Engineering Key Laboratory of Yangtze River Water Environment Ministry of Education 200092 PR China Shanghai Institute of Pollution Control and Ecological Security Shanghai 200092 PR China Shanghai Engineering Research Center of Landscape Water Environment Shanghai 200031 PR China;
Nantong University School of Life Science Nantong 226019 PR China;
Tongji University College of Environmental Science and Engineering Key Laboratory of Yangtze River Water Environment Ministry of Education 200092 PR China Shanghai Institute of Pollution Control and Ecological Security Shanghai 200092 PR China Shanghai Engineering Research Center of Landscape Water Environment Shanghai 200031 PR China;
Multi-stage vertical flow constructed wetland; Nitrogen removal; Nitrogen functional gene; Bacterial community; Denitrifier;
机译:改性单级潮流中的增强氮去除和相关的微生物特征,构建湿地饲养湿地
机译:分步进料和间歇曝气对水平地下流人工湿地中有机物和氮去除的影响
机译:从间歇性气流垂直流动构造的湿地提高了氮和有机物的最佳去除:相对鳕鱼/ n比和微生物反应
机译:地平线地下流动和垂直流动的氮气去除能力与操作模式相关的湿地
机译:遭受垂直流和表面流水文学的扰动和未受干扰的湿地缩微中的硝酸盐氮去除,影响水文学,储藏温度和孵化温度对反硝化动力学的影响。
机译:营养去除过程和阴极微生物群落组合物中的集成垂直流动构造的湿地 - 微生物燃料电池填充有不同的基材
机译:综合分析分步进料策略以提高基于矾土污泥的潮汐人工湿地中生物脱氮的能力