gas cooled reactor

英 [ɡæs kuːld riˈæktə(r)] 美 [ɡæs kuːld riˈæktər]

网络  气冷堆

电力



双语例句

  1. Core Neutron Space-time Kinetics of High Temperature Gas Cooled Reactor Characteristic Behavior of Pebble-Bed Modular High-Temperature Gas-Cooled Reactor During Loss of Forced Cooling Accidents
    高温气冷堆堆芯中子时空动力学模拟计算球床模块式高温气冷堆失冷事故特性研究
  2. Ceramic fuelled gas cooled reactor
    陶瓷燃料气冷反应堆
  3. High temperature gas cooled reactor
    高温气体冷却式反应堆
  4. Closed cycle gas cooled reactor primary reactor coolant system
    闭路循环气冷反应堆反应堆一次冷却系统
  5. Jacket water circulating pump closed cycle gas cooled reactor
    气缸套冷却水循环泵闭路循环气冷反应堆
  6. Closed cycle gas cooled reactor
    闭路循环气冷反应堆
  7. A correlation for predicting critical steam quality is derived, it can be recommended to be used for the design of steam generator of High Temperature Gas Cooled Reactor ( HTGR).
    通过关联实验数据,得到了计算临界含汽率的经验公式,为高温气冷堆(HTGR)螺旋管式蒸汽发生器的设计提供了必要的依据。
  8. This paper summarizes the design methods that use the digital control system ( DCS) system as supervision of operating conditions and retrospection of accident conditions for 10MW high temperature gas cooled reactor ( HTR 10).
    总结了将分布式计算机控制系统(DCS)用于10MW高温气冷堆运行工况的监督和事故工况追忆的设计思路。
  9. This paper introduces the structure of hardware and human computer interface function of digital physical startup system, the application characteristics of the system relate to 10MW high temperature gas cooled reactor and experiments have fulfilled by using the system.
    本文着重介绍了数字化物理启动系统的硬件组成和人机操作界面功能,并结合10MW高温堆介绍了系统的应用特点,以及利用本系统完成的各项试验。
  10. The Helium Loop for 10 MW High Temperature Gas Cooled Reactor and the Analysis for its Regulating System
    10MW高温气冷实验堆氦回路及其调节系统分析
  11. A dynamic model of the steam generator in the HTR 10 high temperature gas cooled reactor was developed to accurately model the distributed, non linear, and dynamic features of the once through steam generator running at full power.
    为此,建立了10MW高温气冷堆(HTR-10)蒸汽发生器的动态模型,较全面地反映了在功率运行范围内螺旋管直流蒸汽发生器的分布性、非线性及动态特性。
  12. In order to quantitatively analyze the performance of the helium-heated reformer used in steam methane reforming hydrogen production system connected with high temperature gas cooled reactor, a dynamic model has been set up based on one-dimension quasi-homogeneous phase model. And a computer program is developed.
    为了对高温气冷堆甲烷蒸汽重整制氢系统中氦气加热的蒸汽重整器的性能进行定量化的分析,基于一维拟均相模型建立了一个动态的数学模型,开发了相应的计算程序。
  13. A method used in reactivity worth calculation for control rods of 10MW high temperature gas cooled reactor ( HTR 10) is described, in which the control rods are located at the reflector and directly near the core.
    介绍了10MW高温气冷反应堆(HTR-10)位于反射层中的控制棒反应性当量的计算方法。
  14. This paper introduces a design of digital neutron flux monitoring system for 10MW high temperature gas cooled reactor and its performances.
    介绍了10MW高温气冷实验堆的数字化物理启动中子注量率监测系统的设计和功能。
  15. Physics of Pu-burning in modular high temperature gas cooled reactor
    模块式高温气冷堆中Pu燃烧的物理特性
  16. This paper briefly introduces the system design and software development for the cost control system of the 10MW high temperature gas cooled reactor ( HTR 10) project.
    简要介绍了10MW高温气冷实验堆(HTR-10)工程投资控制系统的设计情况和软件开发状况。
  17. The essential principle and implementation of the bi directional detector for Fuel Handling System ( FHS) in 10MW High Temperature gas cooled Reactor ( HTR 10) are presented.
    介绍了10MW高温气冷堆燃料元件装卸系统双向探测器的基本原理和实现方法。
  18. Measurement of control rods reactivity equivalent and measurement of absorber balls reactivity equivalent in zero power commissioning stage for 10MW High Temperament Gas Cooled Reactor ( HTR 10) are introduced. The results of these experiments are given.
    介绍了10MW高温气冷实验堆(HTR-10)在零功率物理试验阶段所做的控制棒反应性当量测量和吸收球反应性当量测量实验,并给出了实验结果。
  19. The Data Measuring and Acquisition System of Stability Experiment of Steam Generator for High Temperature Gas Cooled Reactor
    10MW高温气冷堆蒸汽发生器实验参数测量采集系统
  20. The two-tube engineering scaling experimental loop for helical-tube once-through steam generator of 10MW high temperature gas cooled reactor is introduced, and the technical features and parameters is presented.
    介绍了10MW高温气冷堆盘管式直流蒸汽发生器双管工程模拟实验回路的技术特征和主要技术指标。
  21. A data measuring and acquiring system was designed on the basis of the theoretical analysis of the steam generator's stability for 10MW high temperature gas cooled reactor.
    在对10MW高温气冷堆蒸汽发生器流体流动稳定性进行理论分析的基础上,设计了该实验的参数测量系统。
  22. The cooling water of the steam generator flows two-way at a low speed, in the steam generator's stability experiment for 10MW high temperature gas cooled reactor.
    10MW高温气冷堆螺旋管蒸汽发生器两相流体流动稳定性实验中,蒸发器冷却水为低流速双向流动的流体。
  23. MW high temperature gas cooled reactor firstly used digital physical startup system to realize to be critical.
    10MW高温气冷堆在国内首次应用数字化物理启动系统实现了临界。
  24. : This paper established a calculating model on heat transfer tube vibration, which based on real structure of steam generator for 10MW High Temperature Gas Cooled Reactor ( HTR).
    根据10MW高温气冷堆(HTR-10)蒸汽发生器传热小螺旋管的具体结构,提出了相应的计算模型;
  25. The unique properties of spent fuel from HTGR ( high temperature gas cooled reactor) have been analysed. The single solvent extraction process using 30% TBP for separation and purification of Th-U fuel has been studied.
    分析了高温气冷堆(HTGR)燃料元件的特性,研究设计了一个应用30%TBP进行钍铀分离净化的单循环溶剂萃取工艺流程。
  26. Digital Neutron Flux Monitoring System for Physical Startup of 10MW High Temperature Gas cooled Reactor
    HTR-10高温气冷实验堆数字化物理启动中子注量率监测系统
  27. This paper presents a theoretical model for the control rod drive mechanism for the 10MW High Temperature Gas Cooled Reactor ( HTR 10) and analyzes accidents which may occur in the drive mechanism, for example, chain break, coupling damage and other damage scenarios.
    针对10MW高温气冷堆(HTR-10)控制棒传动机构可能出现的事故隐患&链条断裂、联轴器键损坏等现象,建立了其传动机构的理论分析模型,进行了能量分析。
  28. Study on the fault diagnostic system of HTR-10 thus is very beneficial for the development of high temperature gas cooled reactor.
    针对HTR-10开展故障诊断系统的研究,对于高温气冷堆的发展具有积极的意义。
  29. Its core features mainly including two points: ( 1) the use of fluoride salt for cooling ( molten salt reactor),( 2) the use of coated fuel particles ( high temperature gas cooled reactor, ultra high temperature reactor).
    先进高温主要包括两个特点:第一,使用熔盐堆中所用的氟盐进行冷却,第二,使用高温气冷堆、超高温堆中的包覆颗粒燃料。