平均分布计算大概一平方米面积布置一块透气砖，与水箱模型尺寸相近。
On average there is one porous plug on each square meter, which justifies the choice of the water model dimensions.
根据实验数据应用水箱模型，确定出了典型场降雨过程中各作用阶段水文过程模型及参数。
Based on the experimental data and the tank model, the authors design the different hydrological process models and parameters for the typical rainfall events.
根据流域特点，在考虑季节性冻土的运移状况下，采用融雪径流模型与水箱模型相结合的方法，在整个黄河源区进行模拟。
On the basis of migration of seasonal frozen soil, simulates the Yellow River Source Region's runoff by snowmelt runoff model and tank model.
结果表明：各项指标的模拟值与实测值吻合较好，说明水箱模型用于小流域的径流模拟较为准确，可与水质模型耦合使用，综合模拟小流域的水文水质变化。
The results show that tank model can better simulate the runoff, and integrate simulation it is suitable for hydrology and quality change in a small basin.
康维尔拟定了非常详尽的设计方案，还制造了一个相同尺寸的模型，并在水箱中进行过测试。
Convair drew up detailed designs and even built scale models which were tested in water tanks.
本文从机理建模入手，应用流体力学理论对双容水箱液位系统进行力学分析，建立非线性数学模型。
By using hydrodynamics theory and method, we can analyze the mechanics principle of two-tank system and establish the system mathematics model.
数学模型的建立以实际水箱液位控制系统为背景。
Mathematical model was set up on the foundation of control system of the fluid level of the water tank.
可见利用该种模型改进了水箱盘管的布置方式，提高加热速度。
The numerical model was appropriate and could be used to improve the layout of the coil in the water tank and speed up heating.
然后，利用数学模型对储水箱与集热板之间高差、系统储水量和循环管径等因素对系统性能的影响进行了预测分析。
Then, the effects of height difference between storage tank and collector, mass of storage water and cycle pipe diameter on system performance were analyzed.
应用流体力学理论对双容水箱液位系统进行力学分析，采用机理建模方法，建立非线性数学模型。
By using hydrodynamics theory, the mechanics principle of two-tank system was analyzed and the system nonlinear mathematics model was established.
从泵的出口，水流通过上游水箱(在轴流式水轮机这边)、模型机、下游水箱返回泵的进口。
Starting from the outlet of the pump, the water runs through the upstream tank (on the Kaplan side), the model, the downstream tank and back to the inlet of the pump.
分析了线性和非线性阻力板的流量特性，并通过实验测定了阻力板流量系数。最后给出了三容水箱的线性化模型。
The flow coefficients of weir flow meters are determined by experiment, and the linearization model of three-tank water is obtained.
此模型中心放在直径为110厘米的圆形水箱的正中，水箱固定在顺时针旋转的转台上。
The model is placed centrally in a circular tank 110 cm across, mounted on a rotating turntable in a clockwise sense.
此模型中心放在直径为110厘米的圆形水箱的正中，水箱固定在顺时针旋转的转台上。
The model is placed centrally in a circular tank 110 cm across, mounted on a rotating turntable in a clockwise sense.
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