热力控制的英文

• thermostatic control

• "热力"英文翻译    heating power
• "控制"英文翻译    control; dominate; regulate; ...
• "倍力控制阀" 英文翻译 :    bcv booster control valve; booster control valve
• "抽力控制" 英文翻译 :    draft control
• "磁力控制" 英文翻译 :    magnetic control
• "磁力控制器" 英文翻译 :    magnetic controller
• "磁力控制站" 英文翻译 :    magnetic station
• "带张力控制" 英文翻译 :    tape tension control
• "电力控制" 英文翻译 :    electric control; electric power steering (eps); electrical control
• "电力控制的" 英文翻译 :    electric controlled; electric-controlled
• "电力控制阀" 英文翻译 :    electric control valve
• "电力控制器" 英文翻译 :    electrical controller
• "定张力控制" 英文翻译 :    constant tension control
• "动力控制" 英文翻译 :    dynamic control; powered control
• "动力控制阀" 英文翻译 :    power control valve
• "动力控制箱" 英文翻译 :    power control box
• "浮力控制" 英文翻译 :    buoyancy control
• "浮力控制舱" 英文翻译 :    buoyancy control tank
• "浮力控制器" 英文翻译 :    buoyancy control device
• "火力控制" 英文翻译 :    fire control
• "火力控制员" 英文翻译 :    fire director operator; fire-control operator
• "摩擦力控制" 英文翻译 :    friction pressure control
• "扭力控制阀" 英文翻译 :    torque control valve
• "气力控制" 英文翻译 :    pneumatic control
• "牵引力控制" 英文翻译 :    controlled traction differential; draft control; draught control; traction control

• Analyses the factors influencing air temperature distribution in thermally controlled ventilation rooms
  摘要分析了影响热力控制型通风建筑温度分布的因素。
• Through analyzing and application , the design and tuning methods of big capacity fire power plant thermal control system are concluding . and put in service in actual project
  通过分析与应用总结出适用于大型火力发电厂热力控制系统的设计、调整方法、手段，并在工程应用中得到实践。
• On this base , an evolution optimizing architecture of thermodynamic control systems was firstly proposed , the on - line optimizing problems of thermodynamic control systems were settled and the composing , working process , characteristics and concrete realizing procedure of the architecture were analyzed
  在此基础上，首次提出了热力控制系统进化优化体系，解决了热力控制系统在线优化的问题，并分析了该体系的组成、工作过程、特点和具体实现过程。
• Aiming at the energy situation in china , this paper analyzed the problem in thermodynamic control systems , to improve the safety , reliability and economical efficiency of thermodynamic systems , and to reduce pollution , this paper bring the simulated evolution theory into the research on thermal dynamic to solve the optimization problem in thermodynamic control systems
  本文针对我国目前的能源情况，分析了现有热力控制系统中存在的问题，从提高热力系统的安全可靠性、运行经济性和降低污染的角度考虑，提出将模拟进化理论引入热力系统动态学研究中，解决热力控制系统优化中的问题。
• This paper takes the central heating system of heating company in shihezi city as its research object , on basis of heating theory , the heating system of waterpower and energetics were analysed . the problem of heating control system was studied . according to the characteristics of heating system . the new control project was designed
  本文以石河子热力公司集中供热系统为研究对象，以供热工程基本理论为基础，对热力系统的水力和热力工况进行了分析，研究了热力控制系统目前存在的问题。
• Firstly , this paper deeply studied the simulated evolution theory , demonstrated the feasibility of resolving the optimization problems in the thermodynamic control systems with simulated evolution theory , and through the analysis of the calculability of this theory , created the general frame of the simulated evolution algorithm and created the theoretical base for building the evolution optimizing architecture of thermodynamic control systems
  首先，对模拟进化理论进行深入研究，说明了运用模拟进化理论解决热力控制系统优化问题的可行性，并通过对模拟进化理论的可计算性分析，建立了模拟进化算法通用框架，为建立热力控制系统进化优化体系建立了理论基础。
• Aiming at the common control strategies and control methods of the thermodynamic control systems , this paper carried out the optimization emulation research with the simulated evolution theory ; this paper also made the emulation research and the experimental study of the evolution optimizing architecture of the thermodynamic control systems with the practical thermodynamic systems as research objects , and finally verified the feasibility and applicability of the architecture
  针对现有热力控制系统中常用的控制策略和控制方法，采用模拟进化理论进行优化的仿真研究；并以实际热力系统的工作过程为对象，对热力控制系统进化优化体系进行仿真研究和试验检验，验证了该体系的可行性和适用性。