2) river regulation
河道治理
1.
The application of rectangular reinforced concrete pipe in river regulation;
钢筋混凝土矩形管道在河道治理中的应用
2.
The effect of submerged guide vanes in the river regulation is systematically analysed.
对淹没式导流屏在河道治理中的作用进行了系统分析 ,认为通过淹没式导流屏在弯道段凹岸激起的次生流来消除弯道环流或在顺直河段激起的次生流 ,可促进导流屏区的淤积。
3.
Through the collections and studies of domestic and internatio- nal application cases of ecological-hydraulic river regulation,the main ideas of this essay are as follows:1) This essay puts forth the urgency of the application of ecological hydraulics upon the pres- ent researches of the theories,methods and applications of domestic and international ecological hydraulic engineering.
2)归纳了河道治理的生态水利基础、模式以及所要遵循的原则,提出要以生态水利的工程理念来进行河道治理。
3) river course treatment
河道治理
1.
The article discusses some problems of rubber dam design plan for river course treatment project of Mamu River in Wuxiang county,as well as the problems occurred during the period of its operation.
对武乡县马牧河(县城段)的河道治理工程中橡胶坝设计方案的有关问题及橡胶坝在运行期间的问题进行了分析探讨。
4) river control
河道治理
1.
Through summing up the successful experiences of bring Chengxi flood-flowing channel of Jishan County under control,this paper advances the idea and direction of urban river control to provide the reference for similar river control project.
通过总结稷山县城西行洪道治理的成功经验,提出了城市河道治理的思路和方向,对类似河道的整治有一定借鉴作用。
5) fluvial model
河道模型
1.
A new fluvial model, including the description and modeling of branching and intercrossing, is put forward.
在进行储集层沉积相建模中,提出改进的河道模型,扩展了对河流分叉、交汇等现象的描述和模拟,并根据该模型的特点和河道的地质特征,尝试了一种新的河道模型条件化算法。
2.
A new fluvial model characterized with description and simulation functions for branching and crossing streams was presented.
提出了一种新的改进型储层沉积相建模的河道模型 ,该模型扩展了对河流分汊、交汇等现象的描述和模拟 ,根据改进的河道模型的特点和河道的地质地理特征 ,利用一种新的河道模型条件化算法 ,并将河道模型与砂岩概率模型相结合 ,实现了协同布尔模拟。
6) river model
河道模型
1.
By using river modeling for river sediment problems without any measured information of sediment in actual projects,four common formulas of sediment starting velocity can be used for calculating the starting grain size of sediment.
为缺乏泥沙资料的河道模型试验提供了一种确定泥沙起动粒径的有效的方法。
补充资料：河道洪水演进(见河道洪水演算法)
河道洪水演进(见河道洪水演算法)
neaao non郎hUi河道洪水演进yanJ县n 见河道洪水演算法。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条