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径流
    Characteristics of Runoff in the Glacier No. 1 Region at Headwater of Urumqi River, Tianshan
    天山乌鲁木齐河源1号冰川区的径流特征
    Preliminary opinions on comprehensive measures of soil and water conservation and development of farming based on utilization of runoff from dry cropland
    浅谈水土保持综合治理与发展旱地径流农业
    A FUZZY STATISTICAL INFERENCE FOR PERIOD ANALYSIS OF RUNOFF PROCESS OVER A NUMBER OF YEARS
    多年径流过程周期分析的模糊统计推断
    AUTOMATIC CONTROL OF THE ECONOMICAL OPERATION OF RUNOFF HYDROPOWER STATIONS
    径流式水电站经济运行的自动控制
    The design and application of the stations with automatic measurement of runoff and sediment in Yichuan
    宜川自动径流泥沙测站的设计及其应用
    Variation of Runoff and Sediment Delivery in the Upper and Middle Yellow River in Recent 70 Years
    近70年来黄河中上游径流与输沙量变化
    THE FUZZY PATTERN FORECAST OF RUNOFF
    径流的模糊模式预报
    CHARACTERISTICS OF RUNOFF AND SEDIMENT AND REGULARITY OF ALLUVIATION AND SILTATION IN EAST AND SOUTH DONGTING LAKE
    东、南洞庭湖的径流、泥沙特征及冲淤规律
    Experiment research on the monitoring method of runoff pollution of municipal grou(?)
    城市地面径流污染监测方法的试验研究
    Analysis of Monitoring Methods of Runoff and Sediment in Standard Plot and Large Sloping runoff field
    标准小区和大型坡面径流径流泥沙监测方法分析
    Models for Compensative Regulation of Runoff Considering Different Combinations of Cascade Hydropower Station
    考虑梯级电站不同组合的径流补偿调节模型研究
    A Method to Determine Fuzzy Period of Runoff Series
    径流系列模糊周期的确定方法
    The Attemption of Simulation the Seriors of Runoff Material in Month by MAPKOB Chain
    用MAPKOB链模拟月径流系列的尝试
    Optimal Combination Prediction and Its Bayesian Analysis of Runoff
    径流的最优组合预测及其贝叶斯分析
    FOREPOND WATER LEVEL SELF-LEARNING PID CONTROL OF RUNOFF HYDROPOWER STATIONS
    径流式电站前池水位自学习PID控制策略
    APPLICATION OF GREY MODEL ON LONG RANGE FORECASTING OF RUNOFF
    灰色预测模型在径流长期预报中的应用
    Potential of Runoff Forestry in Dry-Heat valley
    干热河谷发展径流林业的潜力
    Rainfall reduces at the speed of 5.8% per year. Average air temperature rises 0.05% a year,which has affected the reduction of runoff too.
    在气候变化的影响中,年降水量的减少5.8%成为径流减少的主要因素,气温平均每年升高0.05%,使得蒸发量增加,也对径流量减少有一定影响。
    By applying the method of wavelet transformation and the annual torrent runoff time series of 51 years (1951~2001) records of Longtan hydrologic station,the torrent runoff variation along the upper reaches of the Panlong River is studied. The periods of runoff and points of abrupt change at different time scales are also analyzed.
    采用小波变换方法,对盘龙河龙潭寨水文站51年(1951~2001年)的山洪径流序列进行小波分析,揭示了盘龙河上游山洪径流多时间尺度的变化特征,分析了不同时间尺度下的径流序列变化周期和丰枯突变点。
    In the headwaters,the ecosystem degradation of alpine meadow and swamp meadow was the key factor to result in variation of runoff,precipitation-runoff coefficient decrease and flood frequency increase.
    高寒沼泽湿地和高寒草甸生态系统对于源区河川径流的形成与稳定起到关键作用,这两类生态系统的显著退化是驱动河川径流过程中变差增大、降水-径流系数减少以及洪水频率增加的主要原因.
 

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