流动系统

  • 网络flow system;flowing system
流动系统流动系统
  1. 基于Matlab小型潜水盆地地下水流动系统模拟研究

    Study of groundwater flow system simulation of small drainage basin based on matlab

  2. 液固两相流动系统中固体颗粒浓度和速度的CCD测量

    CCD Measurement of the Concentration and Velocity of the Particle in Liquid-Solid Two-Phase Flow System

  3. 流动系统中的激光增强固体和液体~(129)Xe核磁共振信号

    Soild and liquid ~ ( 129 ) Xe NMR signals enhanced by spin-exchange optical pumping under flow

  4. 以稳定流动系统为例,用所提出的Clausius不等式计算电功。

    The electrical work was calculated for steady state flow systems using the Clausius inequality derived .

  5. 为了使SCR流动系统内流场更加均匀和控制氨气泄漏,考察了SCR流动系统的内构件和气体混合行为之间的关系,并对SCR流动系统的内构件进行了优化。

    The relationship between the internals of SCR flow system and mixing performance was investigated for making the flow uniformity and controlling ammonia slip , and the internals of SCR flow system were optimized .

  6. 微泵是微流动系统的核心部分,是MEMS的重要微型器件,有着巨大的市场前景和发展潜力,被广泛地应用于各个科学领域。

    The micro-pump is the core part of the micro-fluid system , and it is a key micro device in the MEMS . It could broadly be applied in every science fields , which has an enormous market and development potential .

  7. 根据不稳定试井Horner曲线形态,可以把相应的储集层流动系统划分为三大类(孔隙流动系统、双重介质流动系统、裂缝流动系统)五个亚类。

    The reservoir flow systems can be classified into three types ( pore , dual porosity and fracture flow syatems ) composed of five subtypes .

  8. 通过重构相空间、Poincare截面、分维和Kolmogorov熵等混沌分析方法对气液固三相并流流动系统的压力波动信号进行了定性研究,研究表明:此类系统存在有非线性混沌现象;

    Nonlinear analysis of the dynamic behaviors of multi - phases flow system is conducted by reconstructed phase space , Poincare section , correlation dimension and Kolmogorov entropy . It shows that this is a non - linear chaos system .

  9. 文中还讨论了影响液环流动系统的各种因素。

    The selected factors that effect the flow system are discussed .

  10. 气固两相流动系统基本特征的大规模模拟

    Large scale simulation of basic characteristics for gas-solid two-phase flow

  11. 连续流动系统停留时间分布的随机模型和模拟

    Stochastic Modeling and Simulation of The Residence Time Distribution for Continuous-Flow Systems

  12. 垂直气固上行流动系统中颗粒群集聚的最大空隙率

    Maximum voidage for particle aggregation in vertical gas - solid upflow system

  13. 基于电容探针对稠相气固流动系统内颗粒浓度的测量

    A Capacitance Probe for Solids Volume Concentration in the Dense Gas-Solid Flow

  14. 循环流动系统的压力调节及能量消耗问题

    Research on pressure regulation and energy consumption in circulated fluid field systems

  15. 地下水流动系统在河间地块岩溶渗漏评价中的应用

    Application of groundwater flow systems to karst leakage appraise in INTERSTREAM block

  16. HeⅡ强制流动系统输送压差预测

    Prediction of the pressure difference for the He II forced flow transfer system

  17. 介绍了电容探针的测量原理和在稠相气固流动系统中的标定方法;

    The principle and calibration of the capacitance probe measurement system were investigated .

  18. 流动系统中的热阻力与热绕流现象(Ⅱ)

    The thermal drag and thermal roundabout flow in fluid systems ( ii )

  19. 基于共聚焦检测原理,自组装了一台便携式激光诱导荧光检测器,用于微型液相流动系统。

    A portable laser induced fluorescence detector , with confocal configuration was developed .

  20. 液相色谱流动系统的流体动力学研究

    Study on the Hydrodynamics Law in Liquid Chromatography System

  21. 运用地下水流动系统理论研究水质问题

    The study of groundwater quality problem based on the groundwater flow system theory

  22. 传热与流动系统熵产生的研究与进展

    Advances in the research on entropy generation in heat transfer and fluid flow systems

  23. 气体混合是微流动系统的重要应用之一。

    Gas mixing is one of the most important applications in micro flow systems .

  24. 复杂流动系统的停留时间分布

    The Residence Time Distribution For Complex Flow System

  25. 液液分层流动系统速度分布及界面剪切力研究

    Study on Velocity Profile and Interface Shear Force in the Stratified Liquid-Liquid Flow System

  26. 流动系统内生物膜的形成及控制

    Biofilm Formation and Control in Flowing System

  27. 研究了垂直气固上行流动系统的状态与空隙率的关系,指出当气固两相动能相等时,系统处于最稳定状态。

    The relationship of system state with voidage has been studied in vertical gas-solid upflow system .

  28. 地壳中流体的大规模流动系统及其成矿意义

    Large scale fluid flow systems in the crust and their implications for metallogenesis of hydrothermal ore deposits

  29. 在流动系统中,用碳-14标记化合物研究了丁二烯催化剂上的结焦过程。

    The coke formation on butadiene catalyst was studied in a flow system by means of carbon-14-labelled compounds .

  30. 依据不同的时空尺度将沸腾流动系统划分为主流区和受热区两个子系统。

    The boiling two-flow in the conduit was divided into two subsystems according to different spatial and temporal scales .