兰州黄河

兰州黄河兰州黄河
  1. 兰州黄河高漫滩沉积与洪水变化研究

    Deposits on High Floodplain and Flood Evolution of Huanghe River in Lanzhou

  2. 与人的行为相适应的兰州黄河侧岸步行区空间研究

    Study on Waterfront of Yellow River in Lanzhou Adapted to the Human Activities

  3. 青海共和至甘肃兰州黄河河谷地貌的形成与青藏高原东北缘隆升的关系

    Relation between the formation of the Yellow River valley landforms from Gonghe , Qinghai to Lanzhou , Gansu and the uplifting in northeast part of Qinghai-Xizang plateau

  4. 兰州以上黄河源头地区河水的δ18O、δD的季节性变化与雨水相反,地下水对河水的补给贡献旱季大于雨季。

    In the river source above Lanzhou , the seasonal variation of δ 18O and δ D in river water is different from that in precipitation . The percentage of groundwater contribution to river in dry season is larger than that in rainy season .

  5. 利用EOF、相关、合成等分析方法,对兰州以上黄河上游五测站的月平均流量、东半球的500hPa高度距平场及太平洋海温场资料进行了分析。

    By use of the EOF , correlation and composition analysis , analyzed are the monthly mean discharge rate of five stations on the upper reaches of the Yellow River , the anomaly of 500 ? hPa height fields , and the SST data of the Pacific Ocean .

  6. 兰州段黄河流域农业面源污染分析研究

    The Agriculture Non-point Pollution Study in Yellow River Basin 's Lanzhou Reach

  7. 城市河道渠化方案探讨&以兰州市黄河段为例

    Study on Training Scheme of Channel Width at Lanzhou Reach of the Yellow River

  8. 兰州地区黄河阶地是国内最为典型的河流阶地,地质条件复杂。

    Yellow river terrace in Lanzhou area is the most typical river terrace with complicated geological conditions .

  9. 兰州市黄河风情线游览步道、绿色景观和夜景观的设计

    Design of Tourist Walk Path , Green View and Night Scene for Lanzhou Huanghe River Custom Tourist Line

  10. 兰州市区黄河段雁鸭类迁徙动态及环境结构对其的影响

    The migrating tendency of Anseriformes and the effects of the environmental structures on them in urban and suburban areas of lanzhou , China

  11. 本文通过磁性地层学方法研究了兰州段黄河阶地,宝鸡段渭河阶地,洛川段洛河阶地。

    The authors have studied the terraces of the Yellow River in the Lanzhou area , the Weihe River in the Baoji area and the Luohe River in the Luochuan area with the magnetostratigraphic method .

  12. 通过对兰州市黄河河道概况、河床演变及桑园峡的分析研究,得出了黄河小峡在控制水位、壅水原因、高度及范围,并在模型试验的基础上对河道整治宽度进行了研究。

    Through the analysis and research on the general situation of the river , the river bed change of the Yellow River in Lanzhou and Sangyuan Gorge , the reason , height and range of the block water and the control water season .

  13. 兰州市城区黄河湿地资源调查与保护利用研究

    Study on the Yellow River Wetland Resources and Protection Utilization in Lanzhou

  14. 兰州市新城黄河大桥设计

    Design of Xincheng Huanghe River Bridge in Lanzhou City

  15. 兰州市新城黄河大桥桥渡冲刷计算与水文分析

    Eroding Calculation and Hydrologic Analysis of Xincheng Yellow River Bridge in Lanzhou City

  16. 兰州市深安黄河大桥拟建成一座大型城市景观桥梁,对景观和造型有较高的要求。

    Shenan Huanghe Bridge in Lanzhou City is proposed to build into a large-sized urban landscape bridge .

  17. 通过对兰州小西湖黄河大桥、汾柳高速公路离石高架桥两座矮塔斜拉桥施工,阐述矮塔斜拉桥索塔施工的控制要点。

    Combined with the construction practice , the paper discussed the control of pony tower cable-stayed bridge pylon construction .

  18. 较详细地介绍了兰州小西湖黄河大桥工程的工程概况、主桥及互通式立交的设计等内容。

    This paper introduces the outline , main bridge and interchanges of Xiaoxihu Yellow River Bridge Project in Lanzhou .

  19. 1949-2005兰州城区段黄河演变特征与影响因素分析

    Characteristics of evolution and its impact factors of the Yellow River along the Lanzhou urban reach from 1949 to 2005

  20. 由于地理、气候条件和历史原因,兰州虽然有黄河穿城而过,但仍属于水资源紧张的城市。

    Due to geographical , climatic conditions and historical reasons , although there is the Yellow River , Lanzhou is still a city of water scarcity .

  21. 该文结合兰州市新城黄河大桥的施工实践,介绍了沉入式混凝土套箱围堰的设计、制作及在深水承台施工中的施工技术与方法。

    Combined with the construction practice of Xincheng Huanghe River Bridge in Lanzhou City , the article introduces the design and manufacture of sunken concrete casing box cofferdam , and its construction technique and method in the deep water base slab construction .

  22. 根据兰州及邻区黄河及其次级河流阶地纵剖面研究,分析了横穿活动断裂的河流阶地的变形特征。

    According to the longitudinal profiles of river terraces of Yellow River and its branch rivers in Lanzhou and adjacent region , the deformation characteristics of river terraces which cross active faults are studied .