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曹娥

曹娥曹娥
  1. 将该模型应用于曹娥江流域,综合对比分析了未考虑区间入流、考虑区间入流、考虑AR修正、同时考虑区间入流和AR修正这四种方式的计算成果。

    The effects of such four ways , including local inflow unconsidered , local inflow considered , AR method considered , and both local inflow and AR method considered , were applied in the Cao'e River .

  2. 城市工业区内科学规划小城镇&以小曹娥镇总体规划为例

    The Scientific Planning of Small Urban Towns within Urban Industrial Region

  3. 水利工程信息化技术在曹娥江大闸的应用

    Application of hydro project information technology in Cao ′ e River sluice project

  4. 曹娥江三典型支流的水质对比研究

    Comparative Study of Water Quality of Three Typical Tributaries Within Cao-e River System

  5. 萧甬线曹娥江大桥列车运行速度研究分析

    Study and Analysis of Train Running Speed on Cao'e River Bridge on Xiaoshan-Ningbo Railway Line

  6. 首先,本文介绍了闸门的发展、分类,闸门结构的动力研究现状以及曹娥江工程的背景。

    First of all , the developments and the classification of sluice gates is introduced .

  7. 公司坐落于浙江省上虞市曹娥经济开发区,紧临329国道。

    Our company located in Caoe Economic development zone , Shangyu city , Zhejiang province .

  8. 试论曹娥江上游低山丘陵区的水土流失及其治理

    On the soil erosion and its control in areas of low mountains and hills in the upper Cao'e River

  9. 浙江省曹娥江鱼类寄生粘孢子虫三新种(孢子纲:粘孢子虫目)

    Three new species of parasitic myxosporidia from freshwater fishes of Cao'e river , Zhejiang Province ( sporozoa : myxosporidia )

  10. 因此绍兴排污工程污水达标排放对于保护曹娥江河口段的水体是至关重要的因素。

    Therefore it is very important to controll Shaoxing effluent sewerage for protecting the water quality in Cao ′ e estuary .

  11. 整体上曹娥江干流的水质属于类或是劣于类的水质。

    On the whole , the water quality of the main stream in Cao-e River belongs to grade ⅴ or worse .

  12. 曹娥江大闸工程是浙江省百项千亿工程中的浙东引水工程枢纽工程。

    Cao E River large sluice project is the pivotal project of Eastern Zhejiang diversion project which is one of the hundred projects that costs hundred billions in Zhejiang Province .

  13. 本文结合曹娥江流域下垫面情况及遥感信息,对模型参数作适当修正。

    In this paper , the parameters of the model were modified properly according to the geographical features of Cao E River basin and the re - mote sensing information .

  14. 将模型分别应用在长江和曹娥江感潮河段上,在长江感潮河段上能得到较为理想的结果,但在曹娥江上的计算精度却比较低。

    This model is then applied to tidal reaches of Yangtze River and Cao'e River , with a relatively good calculation accuracy at the tidal reach of Yangtze River but poorer at Cao'e River .