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snowmelt     
相关语句
  融雪
     FCHM Structure And Snowmelt Model
     FCHM结构与融雪模型──森林流域水文模型研究之一
短句来源
     Information Publication & Management System for Snowmelt Flood Based on WebGIS
     基于WebGIS的融雪洪水信息发布管理系统
短句来源
     Grey Prediction Method on Snowmelt Runoff in the Hexi Area
     河西地区融雪径流的灰色预测方法
短句来源
     Establishing Simulated Model of Snowmelt Runoff for Large Scale Basin in Western China
     中国西部大尺度流域建立分带式融雪径流模拟模型
短句来源
     Application of Ridge Regression Analysis for Forecasting Snowmelt Runoff
     岭回归分析在融雪径流预报中的应用
短句来源
更多       
  雪水
     As to the spatial distribution feature of the salinity, it is the lowest in the high tide area, the next in the mid tide area, and the highest in the low tide area. The amount of snowmelt from land infiltrated into the intertidal zone will influence the spatial distribution of salinity in the intertidal zone.
     盐度空间分布特点是高潮区最低,中潮区次之,低潮区最高,陆地融化雪水渗透到潮间带的多少将影响潮间带盐度的空间分布。
短句来源
     Soil analysis and site investigation were conducted, and the results showed that the salts content of the snow-melting agent-applied remained in snowmelt and soil were far higher than that in check samples, so it was deduced that the reasons which caused lots of avenue trees and fence plants died in Beijing city were the plants have been injured by salt for too much snow-melting agent being used.
     通过现场调查和对土壤化验分析表明,撒施了融雪剂的雪水和树埯内土壤中的盐分和Cl-含量远远大于对照雪水和土壤,由此认为造成2003年北京城市大量行道树和灌木死亡的原因是由于融雪剂使用过多,使植株发生了严重盐害所致。
短句来源
  雪融
     2. The BATS can simulate well on the temperature value and change of surface soil and subsurface soil, which can reflect very well that the daily changed temperature of subsurface is obviously lower than that of surface. Snowmelt is considered in the computing of Mohe's soil temperature, which decrease the effect of forced comeback. In the result, the characteristics of temperature stablization in snowmelt time span and the variety trend in other time span also are well simulated.
     2)BATS模式对漠河表层和次表层土壤温度的变化趋势及量值有很好的模拟性能,能够反映出次表层土壤比表层土壤温度日变化幅度明显减小的特点,在对漠河融雪期间土壤温度的计算过程中,考虑了雪融,减小了强迫恢复作用,对融雪期间温度稳定少变的特点也能很好地模拟出来。
短句来源
  融雪
     FCHM Structure And Snowmelt Model
     FCHM结构与融雪模型──森林流域水文模型研究之一
短句来源
     Information Publication & Management System for Snowmelt Flood Based on WebGIS
     基于WebGIS的融雪洪水信息发布管理系统
短句来源
     Grey Prediction Method on Snowmelt Runoff in the Hexi Area
     河西地区融雪径流的灰色预测方法
短句来源
     Establishing Simulated Model of Snowmelt Runoff for Large Scale Basin in Western China
     中国西部大尺度流域建立分带式融雪径流模拟模型
短句来源
     Application of Ridge Regression Analysis for Forecasting Snowmelt Runoff
     岭回归分析在融雪径流预报中的应用
短句来源
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      snowmelt
    Forest harvesting could also significantly increase the peak flood and snowmelt runoff.
          
    Plasma treatment decreases the potential toxicity of snowmelt and rainfall runoff containing ammonium and chloride ions, oil products, phenols, and carboxylic acids (as recalculated for CH3COOH).
          
    The tested samples of snowmelt, where Ni+ and Zn2+ ions were the main pollutants, had a high teratogenic effect on stamen hairs.
          
    The effect of fall plowing on the coefficient of snowmelt runoff is assessed.
          
    Tangential stresses in intermittent overland streams are assessed for snowmelt and storm runoff in different agronomic situations and soil types.
          
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    In this paper, we applied the snowmelt type of the Xinanjiang watershed mobel to the Kaidu River basin situated at the southern hillside of the Tianshan Mountains. The results of runoff simulated on the Kaidu River are satisfactory. After further study, it would be an applied model of forecast on this basin.

    本文将融雪型新安江模型应用于天山南坡开都河流域,模拟结果是令人满意的,进一步研究之后可以用于开都河流域的水文予报。

    In this paper. we introduced variable zone of snowndelt runoft model. It is a try for snowmelt runoff forecast in piliqing watershed, in this watershed there are not data of temperature and evaporation, only a rainfall station at mountain pass, runoff coefficient is adopted for analytical directrunoff, "Requlated and stored Emprical Unit Graph" is adopted for confluence, which has foracasted the results for 5 years succession, the rate of qualified forecast of flood volume from Mar. till July. reached...

    In this paper. we introduced variable zone of snowndelt runoft model. It is a try for snowmelt runoff forecast in piliqing watershed, in this watershed there are not data of temperature and evaporation, only a rainfall station at mountain pass, runoff coefficient is adopted for analytical directrunoff, "Requlated and stored Emprical Unit Graph" is adopted for confluence, which has foracasted the results for 5 years succession, the rate of qualified forecast of flood volume from Mar. till July. reached 80%. And so the hypothesis of variable snowmelt zone has rationality in mountainous basin. After further study, it will be a applied model of forecast.

    本文提出一个变动融雪带的融雪径流模型。在匹里青流域试作融雪径流预报,流域内没有气温、蒸发资料,仅出山口处有一个雨量站,产流采用径流系数法,汇流采用调蓄经验单位线,连续预报5年的结果:3月—7月融雪洪水总量的预报合格率达到80%。所以变动融雪带的假设在高山区流域是合适的,进一步研究后,将可能成为一种预报应用模型。

    In the upper Yellow River basin above Tangnaihai,the precipitation in winter and spring is mainly accumulated in the form of snow cover. Snowmelt is one of the main supplies of spring streamflow. The basin is one of the main runoff-forming areas of the Yellow River. The yearly runoff volumes from the basin make up over 80-90% of the inflow to the Longyangxia Reservoir and 75% of that to the Liujiaxia Reservoir respectively. It is in spring that the irrigation season is , the need for irrigating water is...

    In the upper Yellow River basin above Tangnaihai,the precipitation in winter and spring is mainly accumulated in the form of snow cover. Snowmelt is one of the main supplies of spring streamflow. The basin is one of the main runoff-forming areas of the Yellow River. The yearly runoff volumes from the basin make up over 80-90% of the inflow to the Longyangxia Reservoir and 75% of that to the Liujiaxia Reservoir respectively. It is in spring that the irrigation season is , the need for irrigating water is often in conflict with the need for power generating water. Enormous economic losses in industry and agriculture are caused by the water shortage.

    本文指出,在唐乃亥以上的黄河上游干流融雪径流是3月下旬至6月上旬期间径流量的主要成份,所占比例在40%以上。据此,对NOAA/TIROS气象卫星云图的积雪遥感信息应用于黄河上游春季融雪径流预报进行了尝试。根据1987年龙羊峡水库实测资料验证,预报精度在80%以上,基本符合业务预报要求。

     
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