输沙模数,sediment transport modulus
1)sediment transport modulus输沙模数
1.BP neural network simulation and adjustment on the riversediment transport modulus and land use structure in the mountain area;山区河流输沙模数与土地利用的BP神经网络模拟及调控
2.Sediment amount data from two hundred and twenty two hydrological stations in China are first used to make the isoline map of long term averagesediment transport modulus of China based on GIS software, ARC/INFO, database system software, and visual foxpro.利用全国 2 2 2个水文站实测的多年平均输沙量资料 ,在GIS软件ARC INFO及数据库软件VISUALFOX PRO的支持下 ,得到了全国多年平均输沙模数等值线图 ,分析了全国泥沙输移及淤积的宏观分布规律 ,并分类统计了不同输沙强度的总面
3.Relationship model among topography fractal dimension, runoff eroding power andsediment transport modulus was established after proposing topography fractal dimension as comprehensive quantitative index for topography by replacing rainfall erosivity with.提出了以地形分维数作为地貌形态综合量化的指标，以径流侵蚀力代替降雨侵蚀力的思想，建立了模型流域地形分维数、径流侵蚀力与输沙模数之间的关系模型；在此基础上，应用岔巴沟流域实测资料，建立了流域地貌形态参数与侵蚀产沙关系模型，并进行参数率定和检验。
2)sediment yield输沙模数
1.Study on the relationship betweensediment yield and drainage area;流域输沙模数与流域面积关系研究
2.Scaling effects onsediment yield in the upper Yangtze River are investigated through constructing relationships between the specificsediment yield(SSY) and drainage area and factors influencing soil erosion based on data of drainage basins upstream of 268 hydrological stations.利用长江上游DEM、降雨、土地利用、土壤类型数据库,计算出通用土壤流失方程中代表影响侵蚀产沙的各因子,建立这些因子以及流域面积与长江上游268个水文站以上流域输沙模数回归关系,探讨上游侵蚀输沙的尺度效应。
3)snowmelt sediment transport modulus融雪输沙模数
1.Although thesnowmelt sediment transport modulus did not have significant relationship with snowfall,the distribution of snowfall and rainfall in a year had great influence on the ratio of snowmelt sediment yields to the year\"s total.融雪输沙模数与流域面积有十分显著的幂函数递减关系。
4)sediment discharge module at unit runoff depth单位径流深输沙模数
5)specific sediment yield产沙模数
1.Drainage area(A)is a lumped variable as all the environmental variables are involved within it,andspecific sediment yield(Ys)is an index of soil erosion intensity of some drainage basin.流域面积是综合地表一切要素的黑箱变量,而产沙模数是流域产沙强度的重要体现。
英文短句/例句
1.Identification of the deposited layers in landslides reservoir and investigation of the sediment yields during the later sixteenth century on the Hill Loess Plateau,China陕北子洲黄土丘陵区古聚湫洪水沉积层的确定及其产沙模数的研究
2.GIS-Based Study on Runoff Production and Sediment Yield Watershed Modeling in Two Types of Scales and It"s Application on Loess Hilly Region;基于GIS的黄土沟壑区两种尺度产流产沙数学模型研究与应用
3.Runoff and Sediment Yield Modeling in Jinjiang Basin Based on SWAT Model;基于SWAT模型的晋江流域产流产沙模拟
4.7. Up-slope runoff and sediment have important effects on dli flow hydraulic parameters, such as dll flow velocity, Reynolds number建立了净侵蚀产沙量与细沟水流流速和雷诺数增量及阻力系数减量的数学统计模型。
5.Neural Network Models of Soil Erosion and Runoff in Slope and System Dynamics Model of Sediment Field in a Watershed坡面产流产沙神经网络模型与流域产沙系统动力学模型研究
6.The Research of Runoff and Sediment Yield in Watershed Based on SWAT Model;基于SWAT模型的小流域产沙产流的研究
7.Modeling the Process of Runoff and Sediment Yield on Slopeland Based on ARCGIS;基于ARCGIS的坡面产流产沙过程模拟
8.A Laboratory Experimental Investigation on Watershed Runoff and Sedimentation Processes;小流域产流产沙过程的模型试验研究
9.One Dimensional Model of Reservoir Sedimentation and Its Application in Calculation for Water Intake of a Power Plant白沙水库—维泥沙数学模型及电厂取水方案计算
10.Research on Regulation of Waterway on Mouth Bar in Guan River Estuary by a 2D Horizontal Current and Sediment Numerical Model;灌河口拦门沙航道治理潮流、泥沙数模研究
11.A Mathematic Model of High-altitude movement for the Micro dust Granularity in the Dust Storm关于沙尘暴沙粒在高空运动的数学模型及分析
12.Mathematical Model of Non-steady Water-sand Movable Bed of Sedimentation Reservoir多沙水库非恒定水沙动床数学模型研究
13.Numerical Simulation of Wave, Tidalcurrent and Sediment of Estuary and Coast;河口、海岸波浪、潮流、泥沙数值模拟
14.Numerical Simulation of Sediment Movement by Using the Finite Element Method and Its Application;水沙运动的有限元数值模拟及其应用
15.The Research and Application of Mathematical Sedimentation Model for DuLiuJianhe River Estuary;独流减河口泥沙数学模型研究及应用
16.Three-Dimensional Numerical Simulation of Dynamic and Sediments in Changjiang Estuary in Dry Season;长江河口枯季三维流场悬沙数值模拟
17.Research on the Numerical Imitation of Sand Ripple Formation and the SPH Method;沙纹形成的数值模拟及SPH方法研究
18.Development of Mathematical Model for Unsteady Sediment Transport of the Lower Weihe River;渭河下游非恒定流泥沙数学模型研究
相关短句/例句
sediment yield输沙模数
1.Study on the relationship betweensediment yield and drainage area;流域输沙模数与流域面积关系研究
2.Scaling effects onsediment yield in the upper Yangtze River are investigated through constructing relationships between the specificsediment yield(SSY) and drainage area and factors influencing soil erosion based on data of drainage basins upstream of 268 hydrological stations.利用长江上游DEM、降雨、土地利用、土壤类型数据库,计算出通用土壤流失方程中代表影响侵蚀产沙的各因子,建立这些因子以及流域面积与长江上游268个水文站以上流域输沙模数回归关系,探讨上游侵蚀输沙的尺度效应。
3)snowmelt sediment transport modulus融雪输沙模数
1.Although thesnowmelt sediment transport modulus did not have significant relationship with snowfall,the distribution of snowfall and rainfall in a year had great influence on the ratio of snowmelt sediment yields to the year\"s total.融雪输沙模数与流域面积有十分显著的幂函数递减关系。
4)sediment discharge module at unit runoff depth单位径流深输沙模数
5)specific sediment yield产沙模数
1.Drainage area(A)is a lumped variable as all the environmental variables are involved within it,andspecific sediment yield(Ys)is an index of soil erosion intensity of some drainage basin.流域面积是综合地表一切要素的黑箱变量,而产沙模数是流域产沙强度的重要体现。
6)modulus of sediment泥沙模数
延伸阅读
科素亚 ,氯沙坦钾,氯沙坦, 芦沙坦, 洛沙坦药物名称：洛沙坦英文名：Losartan别名： 科素亚 ,氯沙坦钾,氯沙坦, 芦沙坦, 洛沙坦外文名：Losartan, Cozaar, Novartis成分： 氯沙坦钾 适应症： 高血压。 用量用法： 通常剂量为50mg,qd,治疗3－6周后达到最大抗高血压效应。在部分病人中，每天剂量可增加到100mg。血容量不足的病人（例如应用大量利尿剂）起始剂量应该为25mg,qd。 禁忌： 儿童，妊娠和哺乳妇女。 不良反应： 轻微而短暂的头晕，剂量相关性体位性低血压。罕见皮疹、荨麻疹，血管神经性水肿（包括面、唇和/或舌肿胀）。腹泻及偏头痛。偶有高血钾，罕见ALT升高。敏感个体和动脉狭窄的病人可出现肾功能异常。 注意事项： 血容量不足的病人应先补充血容量，减少起始剂量。有肝功能损害病人应使用较低剂量。 规格： 片剂 50mg x 7片。 类别：抗高血压药
