引入定容闪蒸，逐极进行汽液平衡及水力学计算。
The consideration of Constant Volume Flash was used, rigorous phase equilibrium and hydraulics was adopted in the calculation of every plate.
为评估系统的性能，进行了中子学和热工水力学计算。
Neutronics and thermal hydraulics calculation were performed to estimate the performance of the whole system.
应用水力学基本原理，探讨了在丁坝影响下支汊分流比的计算，得到(12)式，由(12)式计算的支汉分流比与实测值基本吻合。
The calculation of branch diversion was explored in the condition with a dike, and the equation (12) was given, by using basic theory of hydraulics.
应用施工水力学方法建立了施工导流的联合泄流计算模型，在此基础上开发了施工导流联合泄流计算软件（CDHCS）。
This paper builds the models on combined discharge of various discharging methods during construction by applying the hydraulic computation theory and develops the software (CDHCS).
建立了套管管束式换热器的计算模型，以便进行该种换热器热工水力学设计计算和结构优化。
An analytical model of thermal-hydraulic design and structural optimization was developed for a double-tube bundle heat exchanger of an integrated nuclear reactor.
本文介绍计算机水力学模型在城市排水管理领域应用的初步探索。
Discussed in this paper is the application of computer hydraulic model (CHM) in the city sewer systems.
分析表明，钻头的设计应当充分结合其水力学特性进行，对此本文给出了所计算钻头的优化设计建议。
According to the analysis, it is showed that drill bit design should be combined with hydraulic character of the flow field.
运用水力学的基本原理，建立了多泵并联低压管灌系统水力计算的方程组。
By means of fundamentals of hydraulics, multi-equations of hydraulic computation are set up for irrigation systems with parallel pumps and low-pressure water transferring pipes.
从水力学明渠均匀流理论出发，建立了计算测流断面水位和流量的公式。
Based on hydraulics open ditch uniform flow theory, this paper builds up the formula to calculate the velocity gaging section water level current.
通过与锦州20 - 2凝析气管道的生产试验数据对比，得出了适于湿天然气管道工艺计算的热力学模型和水力学模型。
By comparing with the field data for Jinzhou 20-2 offshore pipeline, the available thermodynamic models and hydrodynamic models applied to the wet gas pipeline have been chosen.
冰期水位计算是冰水力学、冰水文学的重要内容，对于防治、预报凌汛乃至研究冰期河床演变均具有重要的作用。
It is an important content to calculate water level for ice hydraulics and ice hydrology and it has important effected on preventing and forecasting ice flood and bed evolution.
利用牛顿力学、水力学、运动学原理，计算出泵吸入口以上泡沫流体平均密度和流压，并应用于实际生产及二流量试井，取得了好的效果。
Both the average density of bubble fluid above the pump intake and flowing pressure can be obtained using the theory of Newton mechanics, hydraulics and kinematics. The method ha...
利用牛顿力学、水力学、运动学原理，计算出泵吸入口以上泡沫流体平均密度和流压，并应用于实际生产及二流量试井，取得了好的效果。
Both the average density of bubble fluid above the pump intake and flowing pressure can be obtained using the theory of Newton mechanics, hydraulics and kinematics. The method ha...
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