1) bilged compartment
进水区间;水浸区间
2) flood of the uncontrolled intervening area
区间洪水
1.
Meanwhile, the effect of flood of the uncontrolled intervening area is illuminated in this paper.
针对北江中下游流域的特点的复杂性,建立了以水力学方法为主的河网一维及对无资料区间采用水文学方法为辅的洪水计算耦合模型,同时说明了区间洪水的作用。
2.
According to the complex flooding characteristics of the Feilaixia reservoir basin, a flood routine model is established throngh coupling the Xin anjiang model(3 components ) and unsteady flow numerical computation model with this coupling model,the effect of flood of the uncontrolled intervening area is illuminated.
在分析北江流域暴雨洪水特性的基础上,针对飞来峡水库流域洪水的特点和复杂性,采用水文学和水力学相结合的方法,构建了飞来峡水库入库洪水计算的耦合模型,整个模型由区间洪水计算的流域水文模型和河网水力学数学模型组成,模型的计算结果表明,洪水模拟与实测过程拟合较好,精度较高。
3) water content interval
含水区间
4) interval inflow
区间来水
1.
Based on analyzing the flood characteristics of the Youjiang Xiayan station, the author expounded the flood analysis and prediction problems in the condition of the Xiayan station influenced greatly by the interval inflow.
在分析右江下颜水文站洪水特性基础上 ,阐述了下颜站受区间来水影响较大情况下的洪水分析与预报问题。
5) interzone water consumption
区间耗水
6) interval level
区间水平
1.
Orthogonal Design determines interval level,GA is performed in the interval level.
该算法把正交设计与遗传算法结合起来 ,用正交设计确定区间水平 ,在每个区间水平按遗传算法进行搜索 ,正交设计能够发现包含最好解的区间水平 ,再在这个区间水平使用遗传算法进行搜索 。
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