1) periphytic algae
周生藻类
2) periphyton
[英][pə'rifitɔn] [美][pə'rɪfɪ,tɑn]
周丛藻类
1.
Nutrient removal from contaminated river water using a periphyton water treatment system;
周丛藻类水质处理系统中氮、磷污染物去除效果研究
2.
Characteristerics of periphyton community in the source of Fenhe River, North China;
汾河源头周丛藻类植物群落结构特征
3.
Purification of landscaping water with periphyton;
周丛藻类对景观水体水质净化的效果研究
3) Algal growth
藻类生长
1.
The hydrological condition becomes the key factor which impacts algal growth and induces eutrophication when climate condition,such as water temperature and illumination,is suitable for algal growth in period of March to May.
对于三峡库区,大部分一级支流都具备产生富营养化的营养水平,在水温和光照等气候条件适宜藻类生长的3—5月,水文条件成为影响藻类生长繁殖和诱发富营养化的关键因素。
4) algae growth
藻类生长
1.
Based on the monitoring data from May to September in 1993-2002,this paper studied the relationships between the chlorophyll(Chl-a) content in algae and lower the total nitrogen(TN) and total phosphorus(TP) concentrations in water bodies of Taihu Lake,with the favorable TN and TP concentrations for algae growth discussed.
基于太湖水体1993—2002年5—9月监测资料,进行了叶绿素a含量与总氮(TN)、总磷(TP)浓度关系的分区统计分析,探讨了太湖藻类生长的TN、TP适宜浓度。
2.
A simulation study on algae growth in landscape water supplemented only by reclaimed water in a southern city of China was conducted.
采用城市再生水,在南方某市开展了以再生水为补水的景观水体的藻类生长模拟试验,重点考察了春、夏、秋、冬四个不同季节以及不同总磷浓度下的藻类生长特征。
3.
According to the monitoring data from conventional monitoring points of the Taihu Lake, a 2-D model for algae growth in the lake was developed based on the Riemann approximate solution model.
利用太湖常规监测点的监测资料,在黎曼近似解模型的基础上建立了太湖二维藻类生长模型。
5) attached algae
着生藻类
1.
Studies of using attached algae to treat with light polluted water is not appear in newspsper so far.
利用着生藻类进行微污染水体净化的研究在我国至今未见报道,本文以着生藻类为研究对象,以试验为基础进行了着生藻类去除微污染水体中的氮磷的试验研究。
补充资料：题周谏别业（予寺与周生所居俱临苕水）
【诗文】：
隐身苕上欲如何，不著青袍爱绿萝。柳巷任疏容马入，
水篱从破许船过。昂藏独鹤闲心远，寂历秋花野意多。
若访禅斋遥可见，竹窗书幌共烟波。
【注释】：
【出处】：
全唐诗：卷817-59
隐身苕上欲如何，不著青袍爱绿萝。柳巷任疏容马入，
水篱从破许船过。昂藏独鹤闲心远，寂历秋花野意多。
若访禅斋遥可见，竹窗书幌共烟波。
【注释】：
【出处】：
全唐诗：卷817-59
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条