水力平衡的英文

• hydraulic equilibrium

• "水力"英文翻译    waterpower; hydraulic power
• "平衡"英文翻译    balance; equilibrium
• "水力平衡的" 英文翻译 :    hydraulically balanced
• "力平衡" 英文翻译 :    dynamic balance; dynamic equilibrium; force balance; force equilibrium
• "动力平衡" 英文翻译 :    balance of power; dynamic balance; dynamic epuilibrium; dynamic equilibrium; dynamical balancing; equilibrium, dynamic; kinetic equilibrium; kinetic stability; motion compensation; motor balance; power balance
• "动力平衡角" 英文翻译 :    dynamic balance angle
• "动力平衡器" 英文翻译 :    dynamic balancer
• "浮力平衡" 英文翻译 :    buoyancy equilibrium; buoyant equilibrium
• "惯性力平衡" 英文翻译 :    balance of shaking force
• "静力平衡" 英文翻译 :    hydrostatic balance; hydrostatic equilibrium; static balancing; static epuilibrium; statical equilibrium
• "静力平衡器" 英文翻译 :    static balancer
• "力平衡式" 英文翻译 :    force balance type pressure transmitter
• "力平衡原理" 英文翻译 :    force-balance principle
• "铃静力平衡" 英文翻译 :    hydrostatic equilibrium
• "能力平衡" 英文翻译 :    power balance
• "扭力平衡器" 英文翻译 :    torsion balancer; torsional balancer
• "气动力平衡" 英文翻译 :    aerodynamic balance; aerodynamical balance
• "牵引力平衡" 英文翻译 :    tractive force balance
• "权力平衡" 英文翻译 :    balance of power in international relations; power equalization
• "热动力平衡" 英文翻译 :    thermodynamic equilibrium
• "热力平衡" 英文翻译 :    thermal balance; thermodynamic equilibrium
• "热力平衡表" 英文翻译 :    balance
• "势力平衡" 英文翻译 :    balance of power
• "水动力平衡" 英文翻译 :    hydrodynamic equilibrium
• "水静力平衡" 英文翻译 :    hydrostatic balance

• Analysis of low temperature hot water household metering heating system common riser ' s hydraulic balance
  低温热水分户计量采暖系统共用立管水力平衡分析
• The hydraulic balance investigation on the air - conditioning piping system of the pudong airport terminal building
  浦东机场航站楼空调管网系统水力平衡研究
• Based on hydraulic balance principle in fluid system , analyzing valves ’ energy consumption share in the power equipment ’ s output power in
  本文依据流体系统水力平衡原理分析了动力集中系统中调节阀能耗在动力设备的输出功率中所占的份额,结果表明,系统愈大,这个份额愈高。
• The waterpower maladjustment can make heat source out of cooling and fluid machinery out of efficiency and that the power of whole system can go up quickly . so , it is very important to balance the water power of fluid cooling system
  水力不平衡会造成热源得不到有效冷却、流体机械运行效率不高和整个系统能耗大等不利现象,因此,对冷却系统进行水力平衡调节非常重要。
• In order to improve efficiency and save energy obviously , the text analyses the problems existing in the design of providing heat through pipes in cities , such as the disposal of pipes , burying and lay directly , heat expiation of pipes , hydraulic balance and so on
  摘要通过分析城市集中供热管网设计中存在的问题，对管网布置、直埋敷设，供热管道热补偿以及水力平衡等进行了分类探讨，以最大限度地提高效率节约能量。
• Analyzes the existing problems of the central heating systems , such as , the fees cant reflect the real heat consumption , the room temperature of some consumers cant reach design demand and the heating cost is too high , it also puts forward the solutions according to the present energy - saving policy and economytechnology conditions , such as heat measure , pipenet resistance balance and heating regulation
  分析了我国城市集中供热存在的诸如：收费不能反映用户真实耗热量；部分用户室温达不到设计要求；供热成本高等问题的原因及危害，并结合我国节能政策和目前的经济技术条件提出了诸如；热量计量，管网水力平衡，供热调节等解决办法。
• In terms of economization , it is important to know how to apply these fresh thinking and exert the potential of the new system . this article is based on the existed hvac cooled water system , aiming at the design problems encountered during design process , further bringing out a set of optimum system design method by inducing the concept of the lcc ( life circle cost ) of the water system . according to this method , we can realize overall hydraulic balance without increasing lcc , thus establish the base for high efficiency and economization
  本文在国内外空调冷水变流量系统的研究成果基础上，针对国内空调冷水系统设计方面存在的不足，对空调冷水系统的优化设计方法做了进一步的研究，将寿命周期费用的概念引入到空调冷水系统设计中去，提出了一种简单可行的设计方法，根据这种设计方法，能使空调冷水系统在不增加寿命周期费用的基础上，实现系统全面的水力平衡，为空调冷水系统高效、节能运行奠定了基础。
• The direct optimal model of multi - objective mixed discrete variables for lager - scale water supply system was established , by replacing complicated network hydraulic equation with nodal pressures macroscopic model and relationship model between pump stations flow and head in water supply systems without tanks or towers , genetic algorithm was developed to solve the direct optimal model
  以测压点压力宏观模型、水源供水量和水源供水水头之间的关系模型替代复杂的管网水力平衡方程，建立了大型供水系统的多目标混合离散变量的直接优化调度模型。在没有水池和水塔的供水系统中，利用遗传算法对直接优化调度模型进行求解。