枯水流量

  • 网络Low-flow;low flow
枯水流量枯水流量
  1. 混合分布在枯水流量频率分析中的应用研究

    Application Study of Mixed Model in Low Flow Frequency Analysis

  2. 目标函数综合考虑了水量平衡、确定性系数、洪峰和枯水流量过程。

    The objectives include , overall water balance , overall shape of the hydrograph , peak flow , and low flow .

  3. 河流枯水流量特征研究

    A study of the characteristics of the low flows of rivers

  4. 某电厂供水水源设计枯水流量的重新确定

    Reconfirmation for Designing Low Water Flowrate of Supply Source of Certain Power Plant

  5. 山区中小河流枯水流量调节初探

    Investigation oa the Regulation of Discharge in Dry Seasons for Mountainous Mid-and-small Rivers

  6. 枯水流量演进方法及其应用

    Low water discharge routing method and its application

  7. 新疆枯水流量的初步计算

    Preliminary Calculation of Lower Water Discharge in Xinjiang

  8. 基于低定量取样的模型可利用更多枯水流量信息,具有更强的物理相关性。

    The Po-Ex model incorporates more information of low flow and has more physical relevant .

  9. 如在蔡家川嵌套流域多林流域的枯水流量约是少林流域枯水流量的9.2倍。

    The experiment declare : in the lack rain season , the flow of more forest watershed is or so9.2 times than lower forest watershed .

  10. 将实测枯水流量与采用区域化方法所得到的枯水模拟结果进行对比分析,结果表明区域化所得到的模拟精度较高,可以满足实际需要。

    Examination of the observed and computed low flow by the regional frequency analysis shows a good agreement in general , and the results may satisfy practical application .

  11. 如随着流域面积的增大,各枯水时段流量也相应增大。

    Flows during every low-flow periods increase accordingly with drainage area increasing .

  12. 因此,将长期下泄“枯水”流量。

    As a result , it will discharge at " low water " continuously .

  13. 年内径流分配极不均匀、枯水期流量小是导致河流水质恶化的主要原因。

    Extremely uneven runoff distribution in a year and low water flow in dry season are causative of deterioration of the river water .

  14. 枯水期径流量的中长期预估模式

    Model of Mid-Long Term Runoff Forecast during Drought Period

  15. 浅析三峡水库在枯水期航运流量补偿运用

    Analysis of Application in Shipping Flow Compensation by the Three Gorges Reservoir in the Dry Seasons

  16. 利用多元回归方法建立了枯水期月入库流量预报模型,并评定了模型预报精度。

    Forecasting models based on multivariate regression analysis were established to predict monthly inflow in low water period .

  17. 丹江口水库增加枯水期下泄流量和三峡电站减少枯水期下泄流量的联合调度将减小汉江水华发生的概率。

    The joint regulation of increasing discharge from Danjiangkou Reservoir and decreasing discharge from Sanxia Power Station during drought period will reduce the probability of Hanjiang 's water bloom .

  18. 针对辽河流域季节性河流的特点,提出了枯水季节最小流量法的枯季河道生态需水计算方法。

    Aimed at the characteristic of Liaohe River Basin as a seasonal river , the minimum flow method is developed to calculate the eco-water requirement for river channels in dry seasons .

  19. 而月径流量模拟结果则显示,林地、草地开垦为耕地后,汛期河川径流量增大,枯水期径流量减少,这说明林地、草地具有涵养水源、消减洪峰的作用。

    The monthly stream flow simulation results showed that the stream flow increased in flood season and decreased in other seasons when forestland and pasture reclaimed . It explained that forestland and pasture had water conservation and decrease flood peak functions .

  20. 议地表水源设计中的枯水位和枯水流量

    On the low water level and low water discharge in surface water source design

  21. 湖南省湘资沅澧四水枯水期河道控制流量确定

    Determination of channel control flow of four rivers in Hunan Province during dry season

  22. 枯水期西江径流量受流域降水量的影响存在显著的时空差异性和一定的滞后性。

    The influence on the Xijiang River discharge in the dry season by precipitation of the river basin shows significant spatio-temporal difference and certain lagging .

  23. 三峡工程依靠可再生无污染且强劲有力的水力来发电,清洁廉价,还有利于调节长江流域丰、枯水期的下泄流量。

    The Three Gorges Project produce electricity with renewable clean and strong hydraulic power , which is conducive to regulating the discharged volume of the Yangtze river .

  24. 尤其是森林在调节丰水季节与枯水季节、丰水年与枯水年的河水流量,以及在减免洪水泛滥和土壤侵蚀方面,功能效益十分突出。

    It is obvious that forest can conserve water resource and soil , especially can adjust the flux in the season or year of water-in-abundance and water-in-deficient , and decrease flooding and soil eroding .