1) Sediment of Fen River
汾河底泥
1.
Study on the Heavy Metal Pollution in Sediment of Fen River;
汾河底泥中重金属元素污染状况研究
2) Fenhe River
汾河
1.
The Quality Evaluation on and Control Countermeasures for the Fenhe River's Water Resources;
汾河水资源质量评价及治理对策
2.
Analysis on Water Pollution of Fenhe River and Preventing Measures;
汾河水污染分析与防治措施
3.
Moist Scenery Construction Analysis of North Extending Section of Treating and Beautifying Project II of Fenhe River in Taiyuan Suburb;
汾河太原城区段治理美化二期工程北延伸段湿地景观建设分析
3) Fen River
汾河
1.
Ecological Function of Wetland and Its Play a Role in Harness Fen River;
湿地的生态功能及其在汾河治理中的作用
2.
General description on rubber dam control project design of Fen River engineering rehabilitation in Taiyuan;
太原市汾河河道治理工程橡胶坝设计
3.
Study on the Diversity of Soil Animal Communities in Two Different Artificial woodlands in Fen River Region;
汾河两岸两种人工林土壤动物群落多样性研究
4) Fenhe
['fenhə]
汾河
1.
Water Environment of Fenhe River and Pollution Administration in Shanxi;
山西汾河水环境与污染治理
2.
Research on the Biodiversity of Diatom and Evaluation of the Water Quality in the Taiyuan Section of the Fenhe River;
汾河太原段硅藻多样性研究及水质生物学评价
3.
This paper analyzes the flood resources between irrigation and reservoir of Fenhe River, present water diversion and sediment control facilities and characteristics of water and sand.
对汾河灌区至汾河水库间的洪水资源、工程现有的引水防沙设施、水沙特性等作了分析 ,并估算了渠道挟沙能力和灌区三个坝的引水量与引沙量 ,总结了引洪灌溉的必要条
5) riverbed sludge
河湖底泥
1.
The experiment study the pyrolysis behaviors of coal slime and riverbed sludge using the method of liner warming.
实验采用线型升温的方法对煤泥水与河湖底泥共热解制氢特性进行了研究。
6) River sediment
河道底泥
1.
Situations of river sediment disposal of Shanghai and Pengyuepu River are introduced.
介绍了上海市河道底泥处置的现状,并对彭越浦河道底泥的化学成分、粒径分布进行了测定。
2.
Main components and features of river sediment are introduced Secondary pollution of river sediments to the water quality of the river is clarified Studies on importance and approaches to reutilization of river sediment are elucidated and carried out, which lead to the future and problem of the reutilization of river sedimen
主要介绍了河道底泥的主要成分和特征 ,阐明了河道底泥对上覆水体水质的二次污染作用 ,并对河道底泥资源化的意义和途径进行了阐述和研究 ,指出底泥资源化的方向和存在的问
3.
The principle, method and results of measuring specific surface area of ceramisite made of river sediment are discussed.
讨论了以河道底泥和生活污泥为原料烧制的陶粒比表面的测定原理、方法和结果 ,并对生活污泥添加量、粘结剂添加量和烧结温度对陶粒比表面的影响作了进一步分析。
补充资料:汾河
汾河 中国黄河第二大支流。位于山西省中部。源出宁武县管涔山。流经太原市、临汾盆地,于禹门口下游的河津县西入黄河。干流长716千米,流域面积3.94万平方千米。较大支流有东碾河、岚河、潇河、磁窑河、文峪河、象峪河、乌马河、昌源河、洪安涧河、浍河等。自河源至太原兰村为上游,流经黄土高原丘陵沟壑区,水土流失严重;自兰村至介休县义棠桥为中游,流经太原盆地,纳入的支流较多,排泄不畅,易涝易碱;自义棠桥至河口为下游,穿灵(石)霍(县)山峡之间,河道比降大,水流急。流域内多年平均径流量26.5亿立方米。径流年内分配不均,主要集中在汛期。径流年际变化也很大,丰枯年径流量变幅在11.78~44.3亿立方米之间。中华人民共和国建立后,在干支流上建有大中水库10多座,对防洪抗旱,保证工农业生产用水发挥了很大作用。 |
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