1)backwater region of the Linjiang River临江河回水区
1.Analysis of nutrients and eutrophication characters in backwater region of the Linjiang River临江河回水区营养盐及富营养化特征分析
2.Based on monitoring data of water quality and river runoff from 2007 to 2008,the dynamics of TN and TP transported into the backwater region of the Linjiang River were investigated and fluxes of TN and TP were also estimated.基于2007-2008年对库区次级河流临江河水质及流量的监测资料,分析了临江河回水区总氮(TN)、总磷(TP)的动态变化特征,并对其通量进行了估算。
英文短句/例句
1.Dynamics of TN and TP in the Backwater Region of the Linjiang River in the Three Gorge Reservoir三峡库区临江河回水区总氮和总磷的动态特征
2.Analysis of nutrients and eutrophication characters in backwater region of the Linjiang River临江河回水区营养盐及富营养化特征分析
3.Study on Polluted Water Purification by Acorus Calamus L.cultivated in Floating-bed at Backwater Area of Linjiang River菖蒲浮床系统净化临江河回水区污染河水的试验研究
4.Study on Regularity of Riverbed Evolution in Fluctuating Backwater Area of Xiujiang River, Guangxi Province;广西绣江变动回水区河床演变规律研究
5.Water surface profile regression model of Mudanjiang River in Mudanjiang;牡丹江市城区段天然河道水面线回归模型
6.A Study of Barren Hills Afforestation in Dry valleys of the Baishuijiang River白水江干旱河谷区荒山造林试验研究
7.Study on Morphological Evolution and Siltation in Deep Waterway Due to Channel Re-construction in the North Passage, Yangtze Estuary;长江口深水航道河床演变与航道回淤研究
8.Circulating Water System Analysis for Power Plant on Sea and Great River Verges濒临海洋、大江(河)电厂循环水系统选择分析
9.CONSTRUCTION AND WATERPROOF TECHNOLOGIES OF MAIN STRUCTURE OF SUPER-DEEP FOUNDATION PIT NEAR RIVER临近江河超深基坑主体结构施工防水技术
10.Impact of Fish Cage Culture on Environmental Water Quality in the Backwater Region of Daning River大宁河白水河湾回水区网箱养鱼对周围水质的影响
11.Apart from slight pollution in several sections of rivers, the water quality of the region's rivers and lakes is good.水体除个别河段轻度污染外，全区江河湖泊水质良好。
12.Eutrophication Investigation on the Backwater Reach of the Branch River of the Three Gorges Reservoir;重庆三峡库区支流河口回水区富营养化研究
13.Distribution of sediment diameter of bed load at the fluctuating backwater reach of Liujiaxia Reservoir刘家峡水库变动回水区河床质泥沙粒径分布
14.Fluvial process and waterway regulation in fluctuating backwater area of the Three Gorges三峡水库变动回水区河床演变及航道整治
15.From 1998 Yangtze River Flood to Huaihe River Water Detention and Diversion由1998年长江洪水对淮河行蓄洪区的思考
16.Discussion on Eco-environmental Water Requirement in Dry River Valley of Minjiang s Upper Course Area;岷江上游干旱河谷地区生态环境需水量探讨
17.On the Archaeological Academic Subjects Concerning the Henan Submergence Area of the Danjiang River Mouth Reservoir;丹江口水库河南淹没区考古学术课题的思考
18.The Influence of Landscape Pattern Changes on the Restoration of Stream in the Upper,Middle and down Reaches of Dongjiang River Riparian东江河岸带各区段景观格局对水体恢复的影响
相关短句/例句
interfluve[英]['int?flu:v][美]['?nt?fluv]江河分水区
3)backwater area of Xiaojiang River小江回水区
1.In order to realize the actuality of water environment and the variation of phytoplankton community of the backwater area of Xiaojiang River, the author has been observing the nutrition level of the area regularly since the beginning of 2007.为了解新的水位高程下小江回水区水环境的现状以及浮游植物种群结构的变化,于2007年初开始对该区域的富营养化水平进行了跟踪观测。
4)Xiaojiang backwater area小江回水区
1.Potential impact of TN/TP ratio on the cycling of nitrogen in Xiaojiang backwater area, Three Gorges Reservoir三峡水库小江回水区不同TN/TP水平下氮素形态分布和循环特点
2.Seasonal variation of different forms of phosphorus in Xiaojiang backwater area(XBA) in Three Gorges Reservoir from Mar.对2007年3月~2008年3月三峡小江回水区磷素的跟踪观测结果进行了分析。
3.Seasonal variation of different forms of nitrogen in Xiaojiang backwater area(XBA) in Three Gorges Reservoir from Mar.氮素是浮游植物生长的关键生源要素之一,本研究对2007年3月~2008年3月三峡小江回水区水中氮素的跟踪观测结果进行总结,分析不同形态氮素季节变化过程与相对组成特点。
5)Linjiang River临江河
1.At the basis of preliminary studies, according to the status of the pollution of Linjiang River, Through the dynamic simulation test of the scene of Linjiang River, This paper research on the purification of river water pollution effects and the law by plant floating-bed technology.本论文以重庆市科委科技攻关项目——三峡库区次级河流河口及回水区域污染演化反应及其控制的试验研究(CSTC,2006AB7020)、科技部国际合作项目《三峡库区水环境污染过程控制与安全保障技术研究》(2007DFA90660)和重庆市自然科学基金(CSTC,2008BB7305)为依托,在前期研究工作的基础上,根据临江河污染现状,通过在临江河的现场动态模拟试验,研究了植物浮床技术对污染河水的净化效果及规律,论文的主要研究内容及成果如下:①在美人蕉植物浮床系统内,DO浓度是沿程逐渐降低的,在一天当中,系统内DO浓度在16:00左右达到最高值,17:00后系统内DO浓度开始下降。
6)Three Gorges backwater area三峡小江回水区
延伸阅读
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