1) flow route
水流流路
2) water flow
水流
1.
The author simulated the groundwater flow in Daba area by using GEO-SLOPE software and drew a satisfying conclusion through the calibration.
该文采用该软件的二维地下水流和溶质运移的模拟评价的标准可视化功能,模拟贵阳大坝地区的地下水流情况,通过对模型的校正,取得了比较满意的结果。
2.
With the main pollutant BOD 5 as an example and based on empirical analysis and calculation,the effect of great variation of water flow on the biodegradation rate of BOD\-5( K \-1)before and after the building of the Three\|Gorges Reservoir was studied.
以三峡库区江段主要有机污染水质指标BOD5为例 ,通过经验分析与计算 ,深入研究三峡水库建成前后水流条件巨大变化对BOD5生化降解系数K1 的影响 ,并建立了与水流条件相关的经验关系式。
3) flow
水流
1.
Numerical simulation of flow and pollutants in the north branch of Changjiang estuary by hybrid grids flux difference splitting scheme;
长江口北支基于混合网格的通量差分裂水流水质计算模式
2.
Advances of the research on fluid flow and solute transport in a single rough fracture;
单个粗糙裂隙中水流及溶质运移研究进展
3.
Experimental research on the method of test for shear stress in flow;
测试水流冲刷剪切作用的试验研究
4) water current
水流
1.
Primary production and photosynthetic parameters under simulated water current regimes;
模拟水流条件下初级生产力及光动力学参数
2.
The effects of water current on growth and survival of Litopenaeus vannamei juveniles;
水流对凡纳滨对虾幼虾生长和存活的影响
3.
In view of the characteristics of water current in open wideshallow regions, a threedimensional flow model is established under the supposition of static pressure,in the vertical direction the water depth being dimensionless.
针对开敞性宽浅型水域的水流结构特性，以静压假定建立垂向水深无量纲水流运动三维计算模式，并引入ｋ－ε紊流模型求解垂向紊动粘性系数νｚ。
5) current
水流
1.
Dynamic analysis of suspension of cohesive sediment by currents;
水流作用下粘性泥沙悬扬的动力分析
2.
Boussinesq equation with moderate current;
适合中等水流的Boussinesq方程
6) Zishui Basin
资水流域
1.
Water Quality Assessment in the Yiyang Reach of the Zishui Basin;
资水流域益阳段水质现状分析与评价
参考词条
补充资料：流路分析法
分子式：
CAS号：
性质：计算管壳式换热器壳程压强降及传热的新方法乙图(a)所示为壳程流路分布路:A:管子和折流板之间的泄漏流路；B:错流流路；C:管束外围和壳内壁之间的旁流流路；E:折流板和壳内壁之间的泄漏流路；F:管程分程隔板处的中间穿流流路。流路分析法的基本概念就是把上述各流路模拟为一管路网络系统[图(b)]，建立起求算各流路之间的流量分布及压强降的数学模型。
CAS号：
性质：计算管壳式换热器壳程压强降及传热的新方法乙图(a)所示为壳程流路分布路:A:管子和折流板之间的泄漏流路；B:错流流路；C:管束外围和壳内壁之间的旁流流路；E:折流板和壳内壁之间的泄漏流路；F:管程分程隔板处的中间穿流流路。流路分析法的基本概念就是把上述各流路模拟为一管路网络系统[图(b)]，建立起求算各流路之间的流量分布及压强降的数学模型。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。