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水力控制
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  hydraulic control
     The Design and Experimental Study on Multi-Function Hydraulic Control Valve
     多功能水力控制阀的设计与试验研究
短句来源
     Artificial Neural Network's Application to Optimization of Hydraulic Control for Water Diversion Project
     神经网络在调水工程水力控制优化中的应用
短句来源
     Simulation of hydraulic control process in water transfer system and optimization of relevant parameters
     调水工程系统的水力控制仿真及参数的优化
短句来源
     Object-oriented Visual Simulation for Hydraulic Control of Water Transfer Project
     调水工程水力控制中面向对象可视化仿真的研究
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     3D Temporal Simulation of Hydraulic Control of the Middle Route Water Transfers Project
     南水北调中线工程水力控制实时数字三维视景仿真
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  hydraulic control process
     Simulation of hydraulic control process in water transfer system and optimization of relevant parameters
     调水工程系统的水力控制仿真及参数的优化
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  “水力控制”译为未确定词的双语例句
     By analyzing the principle of constant water level control used in V-filter and comparing the two methods applied to controlling water level, this paper suggests that the more applicable and economical way to control water level lies in the application of waterpower.
     分析了V型滤池恒水位控制的基本原理,对两种水位控制方法进行了比较,提出采用水力控制方法具有较佳的技术经济性,是我国V型滤池恒水位控制的发展方向.
短句来源
     Application of BFDS style and multiple function hydrauliccontrol value in two stage pump station
     BFDS型多功能水力控制阀在二级泵站中的应用
短句来源
     The paper analyzed the present situation and the trend of the water diversion projects, linearized Saint-Venant equations based on modern control theory, and gained a space state model.
     分析了调水工程水力控制的现状和发展趋势,结合现代控制理论,把圣维南方程线性化,并给出了明渠水力控制的状态空间模型。
短句来源
     The experimental results showed that membrane fouling was controlled so well that membrane filtration resistance(∑R) could keep at 5×10~(11) m~(-1) more than a week with the cross-flow velocity of 0.75 m/s,which equaled to the effect with the cross-flow velocity of more than 1.0 m/s without ultrasound.
     在150 W的电功率和0.75 m/s的错流速度下,利用超声可以有效控制厌氧MBR的膜污染发展,膜过滤阻力∑R可以稳定在5×1011m-1左右一周以上,达到和单纯水力控制时,1.0 m/s以上的错流速度相当的污染控制效果。
短句来源
     Firstly, the different types of system boundary conditions are analyzed and corresponding mathematical models are developed. The numerical analyses of conventional transients are performed, and the calculation results are applied to engineering design and are confirmed in the engineering observations.
     首先,本文对火电厂冷却水系统的瞬变流计算边界条件进行了分析处理,并建立了相应的数学模型,进行了各种水力控制工况的过渡过程仿真计算分析,得到的计算成果已应用于工程设计,并在实际工程中得到验证。
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  hydraulic control
Hydraulic synchronized continuous slippage technique, which integrates mechanical, electrical and hydraulic control, is introduced in this paper for the practical requirements of some construction projects.
      
For hydraulic control systems, an optimal PID controller with inverse of dead zone is introduced to overcome the dead zone and is designed to satisfy desired time-domain performance requirements.
      
It is shown that the coupled model supports unforced modes of interdecadal oscillation resulting from a form of hydraulic control which regulates the total fluid volume in the oceanic active layer.
      
The management of the hydraulic control structures has decreased low-frequency, high-stage flows, which are the dominant geomorphic force in bedrock channel systems.
      
The ecological role of seawater intrusion in Laguna de Bay is assessed due to the operation of the Napindan Hydraulic Control Structure (NHCS).
      
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The study on mechanism and control technique of karst groundwater system pollution by oil is still on a tentative stage in China.The advantages, disadvantages and economic technologic conditions are concluded on the basis of the advanced experience of other counties, and a control scheme for karst groundwater pollution by oil is proposed according to the experience obtained in the period of the Eighth Five Year Plan.The scheme includes two parts: controlling pollutant source and manage the remnant oil in vadose...

The study on mechanism and control technique of karst groundwater system pollution by oil is still on a tentative stage in China.The advantages, disadvantages and economic technologic conditions are concluded on the basis of the advanced experience of other counties, and a control scheme for karst groundwater pollution by oil is proposed according to the experience obtained in the period of the Eighth Five Year Plan.The scheme includes two parts: controlling pollutant source and manage the remnant oil in vadose zone and aquifer. In order to obtain good result physic chemical treatment, biotransformation and hydraulic control technology should be used in a comprehensive way.

地下水系统油类污染的机理和治理技术的研究在我国仍处于起步阶段,本文根据先进国家的经验,总结了各种技术的优缺点和经济技术条件,并根据“八五”期间我国的攻关经验提出了岩溶地下水系统油类污染的治理方案。认为岩溶地下水系统油类污染的治理包括两部分:首先进行污染源控制,然后对包气带和含水层的残油进行治理,两个部分可以综合防治。将物理化学法、微生物法与水力控制净化法结合起来进行综合防治才能达到经济有效的目的。该方案具有综合性、适应性、灵活性和快速性的优点

By analyzing the principle of constant water level control used in V-filter and comparing the two methods applied to controlling water level, this paper suggests that the more applicable and economical way to control water level lies in the application of waterpower.

分析了V型滤池恒水位控制的基本原理,对两种水位控制方法进行了比较,提出采用水力控制方法具有较佳的技术经济性,是我国V型滤池恒水位控制的发展方向.

The purpose of this paper is to theoretically expound the working mechanism of the new technology of the hydraulic control rod driving system(HCRDS), and also establish the theoretical model for further analysis and research. The working principle of the HCRDS has been introduced in this paper, also given are the theoretical model and its mathematical description of the HCRDS’s stepping process. The compare between the result of this model and that of the experiment proves the rationality and feasibility of...

The purpose of this paper is to theoretically expound the working mechanism of the new technology of the hydraulic control rod driving system(HCRDS), and also establish the theoretical model for further analysis and research. The working principle of the HCRDS has been introduced in this paper, also given are the theoretical model and its mathematical description of the HCRDS’s stepping process. The compare between the result of this model and that of the experiment proves the rationality and feasibility of it.

从理论角度深入阐述、解释水力控制棒驱动系统这一新技术的工作机理,为进一步的分析、研究工作及推广应用该系统建立理论基础。文章介绍了水力控制棒驱动系统的工作原理;在合理简化、假设的基础上建立了水力控制棒驱动系统步进过程的理论模型,并给出了其相应的数学描述;针对几种实际工况进行了计算,并与实验结果进行比较。结果表明,理论计算结果与实验结果相吻合,验证了该模型的合理性和可行性。

 
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