1)Xin'an River Basin新安江流域
1.Assessment and Management Measures of Water Environmental Quality in Xin'an River Basin,Huangshan City;黄山市新安江流域水环境质量评价与管理措施
英文短句/例句
1.Study on Water Environment Management and Tourism Development in Xin'an River Basin, Huangshan City;黄山市新安江流域水环境管理与旅游发展研究
2.Assessment and Management Measures of Water Environmental Quality in Xin an River Basin,Huangshan City;黄山市新安江流域水环境质量评价与管理措施
3.Ecological compensation standard for Xinanjiang River basin based on Pareto optimization基于帕累托最优的新安江流域生态补偿标准
4.Application of TOPMODEL in Buliu River catchment, Pearl River basin and comparison with Xin’anjiang modelTOPMODEL在珠江流域布柳河流域的应用及其与新安江模型的比较
5.Application and Comparison of Xinanjiang Model and NAM Model over the Zishui River Basin;新安江模型和NAM模型在资水流域的比较应用
6.Application of Xinanjiang Model in Cold Regions;新安江模型在资料缺乏的寒区流域的应用研究
7.Application of Xinanjiang Hydrology Model Based on GIS in Liaohe River Watershed基于GIS的新安江模型在潦河流域的应用研究
8.The Improvement of XAJ Model and the Application in Hunhe Beikouqian Basin新安江模型的改进及在浑河北口前流域的应用研究
9.Studies on Security Assessment of the Water Environment in Tingjiang;福建省汀江流域水环境安全评价研究
10.The Impacts of Human Disturbance on Ecological Health of Hanjiang Basin人为干扰对汉江流域生态安全的影响
11.Analysis on Source and Distribution of Heavy Metal of Le An river乐安江流域重金属的来源与分布探析
12.Mode Selection and System Arrangement of Jiangxi Province Regional Innovation;江西省区域创新模式选择与制度安排
13.On effect of ecological environment of Xin anjiang Reservoir;浅论新安江水库的区域生态环境影响
14.THREE NEW SPECIES OF LASIOHELEA FROM MINJIANG RIVER BASIN, SICHUAN (DIPTERA: CERATOPOGONIDAE)岷江流域蠛蠓三新种(双翅目:蠓科)
15.Financing Initiatives and Practice of the Hydropower Development in Lancang River Basin;澜沧江流域水电开发融资创新与实践
16.New Viewpoint on the Cause of Crocodile’s Extinction in Han River Valley;历史时期韩江流域鳄鱼灭绝原因新探
17.Orientation of Guilin s Tourism Development: Scenic Belt of Lijiang River Valley;桂林旅游发展新方向:漓江流域旅游圈
18.THE INNOVATION OF MANAGEMENT AND ORGANIZATION IN THE DEVELOPMENT AND HARNESS OF XIJIANG RIVER BASIN;西江流域开发治理的管理与组织创新
相关短句/例句
Xinanjiang watershed hydrological model新安江流域水文模型
1.The daily flow hydrographs of the four catchments in the Dongjiang basin are simulated based on the Xin-anjiang watershed hydrological model,with the aim of revealing the feasibility and precision of the low flow simulation using the Xinanjiang watershed hydrological model.为了探讨新安江流域水文模型模拟流域枯水径流的可行性及精度,采用该模型对东江流域中的4个子流域进行日径流过程模拟。
3)rainfall variation新丰江流域
4)Anning River of Yangtse Upriver长江上游安宁河流域
5)Xinan River新安江
1.A Risk Analysis on Water Quality in Area of Fuchun River and Xinan River;新安江、富春江区域水质变化的风险分析
2.The design flood and flood synthesis of different frequency for Xinan River,Lanjiang River and Fuchun River are analyzed.分析新安江、兰江、富春江不同频率设计洪水及洪水组合 ,根据新安江水库目前上、下游状况及规划工况拟定各种调洪方式 ,进行新安江水库洪水调度计算 ,综合确定新安江河段流量 ,为建德市城市防洪工程建设提供依
6)Hsin-an River新安江水
1.Ultrafiltration of Hsin-an River- A Membrane Separation Approach;膜分离技术处理新安江水
延伸阅读
新安江新安江钱塘江干流。跨中国安徽、浙江两省。上源称冯村河，出自安徽省休宁县西南六股尖，海拔1626米，流至鹤城。从鹤城流至流口段称大源河，流口至屯溪段称率水，屯溪至浦口段称浙江，又名青溪，浦口至浙江省建德市梅城始称新安江。淳安以上又称徽江，亦称歙港。现以最后河段名称泛指整条河流。新安江全长293千米，流域面积1.16万平方千米。新安江大多穿行在山岭之间，河床比降大，峡谷与险滩衔接，水流湍急。1960年在淳安与建德交界的铜官峡谷建立拦河大坝新安江水电站。以发电为主，兼有防洪、灌溉等效益。1957～1965年建。总装机容量66.25万千瓦，年发电量18.6亿千瓦时。半地下厂房共安装9台机组，其中7.25万千瓦机组5台，7.5万千瓦机组4台。它是中国自行建设的第一座大型水电站。水库总库容220亿立方米，采用混凝土宽缝重力坝，最大坝高达105米。电站控制流域面积约1.05万平方千米，设计灌溉面积7.6万公顷。通过水库调节，除保证下游电站出力外，还可减轻下游建德、桐庐、富阳等城镇和2.01万公顷农田的洪水灾害。坝址以上，水域辽阔，长约150千米，最宽处达10余千米，在面积580平方千米的水域中，有近1600个大小不等的岛屿，星罗棋布，故亦有千岛湖之称。水库四周为葱绿的群山环抱，风景秀丽逸人。新安江风光
