临界水深,Critical depth
1)Critical depth临界水深
1.Calculation on uniform flow depth and critical depth of open channel with iterative method;用迭代法计算明渠均匀流水深和临界水深
2.The direct solution on critical depth of horseshoe section tunnel;马蹄形断面隧洞临界水深的直接计算
3.Approximate solution for the critical depth of a arched turnel;城门洞形断面隧洞临界水深度的近似算法
英文短句/例句

1.Iterative Computation of the Depth of Water under the Normal Conditions and Critical Depth of Water at Trapezoid Open-ditch梯形明渠正常水深和临界水深的迭代计算法
2.Computing Critical Water Depth of Trapezoid Open Channel by Using Steffensen Iteration Method用Steffensen迭代法计算梯形明渠的临界水深
3.A Method for Calculating Critical Water Depth of Open Channel with Trapezoid Section and Smooth Slope小底坡梯形明渠临界水深求法探讨
4.Discuss on Accurate Calculation Formula of Critical Depthof Open Trapezoidal Channel论梯形明渠临界水深的精确计算公式
5.Direct calculation of critical depth of horseshoe section tunnel马蹄形过水断面临界水深的直接计算法
6.Direct calculation for normal depth and critical depth of circular section tunnel under free flow明流条件下圆形隧洞正常水深与临界水深的直接计算
7.Computing Critical Water Depth of Trapezoid Open Channel by Using Accelerating Genetic Algorithm用加速遗传算法计算梯形明渠的临界水深
8.Calculation of Minimum Water Depth to Brake the Anchor Chain during Anchoring船舶抛锚作业锚机刹车最小临界水深计算
9.Approximate method of calculating critical water depth to arched section tunnel普通城门洞形断面临界水深的近似计算法
10.Application of pattern search optimization in calculation of critical depth in trapezoidal canal梯形明渠临界水深的模式搜索算法求解
11.Study on the Critical Depth Calculation for Trapezoidal Channel Based on the Excel基于Excel的梯形渠道临界水深计算的研究
12.This paper presents a new way of calculating critical water depth of trapezoid open channel by Steffensen iteration method.通过对临界水深方程进行数学变换,采用Steffensen迭代法进行计算.
13.The following details pertain primarily to the critical-depth flume.下面的详细说明主要是针对临界深度型水槽的。
14.Getermination of groundwater critical depth in Da'an irrigation canals area for Songnen plain松嫩平原大安灌区渠系地下水临界深度的确定
15.critical course and depth monitor临界航向与深度监视器
16.a line of darker water Beyond the reef.礁石外深色水域分界线
17.Welcome to Deep Sea Diving.欢迎光临深海潜水中心。
18.Determination of Critical Power Density of Laser Deep-Penetration Welding激光深熔焊接下临界功率密度的确定
相关短句/例句

critical water depth临界水深
1.Approximate formula for calculating the critical water depth at circular cross section;圆形断面临界水深的近似计算公式
2.The new algorithm of nonlinear constrained optimization calculation of critical water depth problem s new algorithm;临界水深非线性优化计算的新算法
3.Calculating critical water depth of trapezoids open channel by real coding based on Accelerating Genetic Algorithm;RAGA在梯形明渠临界水深计算中的应用
3)critical depth of water临界水深
1.A new iterative method of calculating critical depth of water for ladder canal is presented in the paper.提出了梯形渠道临界水深的一种迭代解法。
2.The criterion of fissure water pressure causing landslides is discussed, then calculation method of critical depth of water is put forward when landslides of low dip slope fail.基于弹性力学的有关理论和Mohr Coulomb破坏准则,对三峡库区缓倾角滑面滑坡裂隙水压力致滑问题进行了定量化研究,探讨了裂隙水压力致滑的判据和缓倾角滑面滑坡滑动时临界水深的计算方法,并分析了裂隙水压力致滑的机理和过程。
3.Graphic method and trial-and-error method are the common methods that apply in computing the depth of water under the normal conditions and critical depth of water.图解法和试算法是计算正常水深和临界水深通常采用的方法,但计算精度欠佳且计算步骤繁杂。
4)critical submergence临界淹没水深
1.To avert air-core vortices that can adversely affect the efficiency of the hydraulic machinery,there must be critical submergence at hydraulic intakes.为了防止进水口前产生吸气漩涡,水电站或泵站进水口前要求有一定的淹没深度,在总结具有代表性的不产生吸气漩涡的临界淹没水深经验公式的基础上,以某水电站进水口为依托开展了模型试验研究,比较了各经验公式在该电站进水口应用中的适用性。
2.The paper presented an experimental study of the critical submergence of pressure power intakes.目的在于通过模型试验总结出电站双孔进水口计算临界淹没水深的经验公式。
5)critical underground water table地下水临界埋深
1.An optimal irrigation and drainage non-linear programming model is proposed with the concepts of soil salinity threshold and critical underground water table, aimed at preventing soil salinization in irrigation district, furthermore, combined with the real conditions of Xinjiang Kongliu Unity irrigation district to approach the model.将作物临界土壤含盐量和地下水临界埋深等概念应用于防治灌区土壤盐碱化最优规划,提出了非线性规划最优灌排模型。
6)The critical depth of reservoir water库水临界深度
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