1) the water/sediment interface
水/沉积物界面
1.
The temporal and spatial distributions of periphytic alage between the water/sediment interface were investigated in different ecological zones of Lake Taihu from June 2004 to April 2005.
2004年6月至2005年4月分别选取太湖湖泊的草型、藻型及过渡型区域为研究对象,对不同类型湖泊水/沉积物界面中固着藻类的分布情况进行了调查。
2) water-sediment interface
水-沉积物界面
1.
Effects of light and aeration on competition between Microcystis aeruginosa and Scenedesmus quadricauda and phosphorus release at the water-sediment interface;
光照与通气方式对蓝、绿藻竞争生长和磷的水-沉积物界面过程的影响
2.
Dissolvable nitrogen variation at water-sediment interface during alga blooming process in Chaohu Lake
巢湖水华暴发期水-沉积物界面溶解性氮形态的变化
3) sediment-water interface
沉积物-水界面
1.
The study on HCO_3￣- geochemistry at sediment-water interface of lakes;
湖泊沉积物－水界面的HCO_3~－地球化学研究
2.
Study on the exchange flux of the DIN through the sediment-water interface in the Yangtze Estuary;
长江口沉积物-水界面无机氮交换通量的模拟测定
3.
The sediment-water interface nutrients exchange fluxes of BLG(Bailong-gang tideland) and LG(Laogang tideland) with sewage outfalls were studied compared with those of the CY(Chaoyang tideland) without sewage outfall.
通过对有排污口的老港(LG)、白龙港(BLG)潮滩和附近没有排污口的朝阳农场潮滩(CY)的沉积物-水界面营养盐通量的研究发现:污水排放造成潮滩上覆水体中营养盐含量增加,进而影响到潮滩沉积物-水界面营养盐氮磷的交换通量;各点中低潮滩的差异(特别是生物活动的影响),造成了中低潮滩对上覆水中N、P作用的差异;老港和白龙港潮滩由于污水的排放使影响沉积物-水界面营养盐交换通量的盐度因素的作用变得不太明显。
4) sediment-water interface
沉积物-海水界面
1.
Exchange rates of dissolved nutrients at the sediment-water interface were studied before and after diatom bloom from March to May in the East China Sea in 2005.
应用实验室培养法现场研究了3~5月东海硅藻赤潮发生前后10个站位的营养盐在沉积物-海水界面的交换,并应用连续函数拟合法计算了营养盐的界面交换速率。
2.
Exchange rates of dissolved nutrients at the sediment-water interface were studied before and after diatom bloom from March to May in the Coastal water of Zhejiang province in 2005.
通过实验室现场培养法测定了东海浙江近海赤潮高发区海域春季硅藻赤潮爆发前后沉积物-海水界面的N、P、Si营养盐交换速率,应用沉积物捕集器测定该区域颗粒物的沉降通量。
3.
The best method for researching the mobility of contaminant across sediment-water interface is measuring contaminant flux in situ.
研究海底沉积物-海水界面污染物迁移规律的最佳方法是通过原位无扰动采样技术获取该界面水样,经过实验室分析计算得出污染通量。
5) sedimentwater interface
沉积物水体界面
6) sediment-seawater interface
沉积物/海水界面
1.
Distribution and transfer at sediment-seawater interface in sea area of Nansha Islands Ⅱ. Fe and Mn;
南沙海域沉积物/海水界面分配与转移 Ⅱ.铁和锰
补充资料：水沉积物
分子式：
CAS号：
性质：指水中形成的沉积物，如沉垢、污泥等。
CAS号：
性质：指水中形成的沉积物，如沉垢、污泥等。
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