两相流体

  • 网络two-phase fluid
两相流体两相流体
  1. 体外角质形成细胞(HaCaT)的器官样(气&液交界面)培养气泡在不互溶两相流体界面行为的数值模拟

    The Organotypic Culture of Keratinocytes in Vitro Numerical simulation of the gas bubble behavior in the immiscible two-phase fluid interface

  2. 水&煤层气两相流体在煤层中的渗流规律

    The seepage regularity of two-phase fluid of water-coal gas in coal seams

  3. 毛细抽吸两相流体回路的动态仿真及3D演示

    Simulation of Capillary Pumped Loop and Demonstrate Use 3D Animation

  4. 目前国内外针对单个毛细抽吸两相流体回路(CapillaryPumpedLoop,CPL)的基础研究和应用研究已经进行的非常深入。

    Thorough foundation and application studies on single capillary pumped loop ( CPL ) was made inside and outside the nation .

  5. 建立了一维、定常的悬浮粉尘爆轰波两相流体力学模型,对铝粉,RDX粉尘,及铝/RDX混合粉尘的爆轰波结构进行了数值模拟。

    Using this model , Dust detonation was studied for the Aluminum , RDX and Al / RDX mixture dust .

  6. 两相流体动态边界在许多科学应用中都发挥着重要的作用[1],例如LOX/H2火箭发动机。

    Two-phase interface dynamics plays an important role in a wide variety of technical applications , for example LOX / H_2 rocket engines or printing .

  7. 单个毛细抽吸两相流体回路(CapillaryPumpedLoop,CPL)逐渐在航天领域得到了应用,然而,大型航天器热管理技术中涉及到包含CPL在内的多个流体回路耦合以及相互协调运行的问题。

    Single capillary pumped loop ( CPL ) is gradually applied in the field of space . However , thermal management technology of large-scale spacecraft is related to the problem how to harmonize multiple-loops couplings .

  8. 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。

    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 .

  9. 初步测试结果较好地反映了循环流化床内颗粒流动的一些特性,表明PIV技术在循环流化床气固两相流体特性研究中具有较好的应用前景。

    The preliminary test results have fairly well reflected some characteristics of the particle movement in the CFB , presaging the bright prospects of the application of PIV technique for studying gas solid dual phase fluid characteristics in the CFB .

  10. 采用低界面张力的正丁醇-丁二酸-水体系,在塔径为0.1m的新型规整填料(FG型)萃取塔中,研究了两相流体力学和相间传质特性。

    Hydrodynamic and mass transfer experiments of n-butanol-succinic acid-water system with low interfacial tension were conducted in a 0 . 1m diameter extraction column with new type FG stack packing which was developed recently .

  11. 聚烯烃系列/PEO共混材料的表观粘度-组成曲线呈负偏差类型,与PEO是否渗出在材料表面有关,可用可形变液滴的两相流体模型说明。

    The apparent viscosity vs. composition curves show the negative deviation from the blending rule for the blends , which are the character of incompatible polymer blends and can be explained by deformable droplets of two phase fluids .

  12. 毛细抽吸两相流体回路(简称CPL)是一种先进的控温装置,它采用相变传热方式并利用毛细力来克服工质循环流动的阻力。

    Capillary pumped loop ( CPL ) is an advanced temperature-control device . Heat transfer in CPL is realized with phase transition of working fluid , and the capillary pressure is used for overcoming the resistance in circulatory flow .

  13. 以Biot理论和流体喷射流动理论为基础,从固液本构方程、流体动力学方程和广义达西定律出发,详细地推导出含油水两相流体孔隙介质的地震波传播方程。

    In this paper , based on theories of Biot and squirt flow of fluids , the author derived the wave equations for seismic waves propagated in oil-and-water-bearing porous media via constitute relation , momentum balance , and generalized Darcy ′ s law .

  14. 对毛细抽吸两相流体环路(CPL)系统在正常稳态运行时的状态进行分析,知反向式蒸发器在此情况下主要以芯层表面蒸发的方式传热。

    With the analysis of the characteristics of the Capillary pumped Loop ( CPL ) during steady operation , it is concluded that the heat transfer mode of the inverted meniscus type evaporator , in this case , is surface-evaporation .

  15. 建立了某小口径火炮等离子体点传火过程的两相流体力学数学模型,并用MacCormack格式对底部和中心等离子体点传火过程进行了数值模拟;

    A mathematical-physical model of plasma ignition process of a small caliber gun is estab - lished , and the numerical simulations of base plasma ignition and center plasma ignition are carried out by using MacCormack scheme .

  16. 本论文发挥交叉学科的优势,采用气固两相流体力学理论和PTV测量技术研究这一现象,从新的角度认识沙粒起动和风沙流结构,为风沙流动的研究打开了新的思路。

    Our research depends on the advantage of cross-knowledge and makes a research on this subject by Gas-Solid Hydromechanics theory and PTV measure technology . Our research tries to understand sand incipience and wind-sand flow structure , find a new way to research the wind-blown-sand flow .

  17. 水平T型管中气水两相流体的分配特性的研究

    Phase Distribution During Air-Water Two-Phase Flow in a Horizontal T-junction Tube

  18. 固液两相流体中的空泡振荡计算

    Bubble Oscillations in Solid - Liquid Two - Phase Fluid

  19. 气液两相流体绕方柱流动的数值模拟

    Numerical study on the gas-liquid two-phase cross flow around the square-section cylinder

  20. 气液两相流体润滑技术在滚动轴承中的试验研究

    Experimental study on the bubbly liquid lubrication technology in the spindle bearing

  21. 气液两相流体粘滞系数的计算

    A Calculation on Viscosity Coefficient of Two-phase Solution Containing Gas and Liquid

  22. 金属在固液两相流体中的冲刷腐蚀及其防护

    Erosion-corrosion and protection of metals in fluids with solid particles

  23. 重沸器返回线两相流体偏心孔板的计算

    Calculation of Two Phase Eccentric Orifice on Reboiler Turnback Line

  24. 基于两相流体网络的翅片管换热器仿真模型研究

    Simulation of Fin-and-tube Heat Exchanger Based on Two-phase Fluid Network

  25. 固液两相流体纯滚动线接触弹流完全数值解

    A Full EHL Solution for Pure Rolling Line Contacts of Two-phase Solid-liquid Fluid

  26. 两相流体非线性渗流模型及其应用

    Mathematical Model of Two-Phase Fluid Nonlinear Flow in Low-Permeability Porous Media With Applications

  27. 气泡在不互溶两相流体界面行为的数值模拟

    Numerical simulation of the gas bubble behavior in the immiscible two-phase fluid interface

  28. 基于两相流体动力学及流固耦合传热建立了流动与传热方程。

    Based on fluid-solid coupling the landfill contaminant transport model and its simulation ;

  29. 气-固并流下行系统中两相流体力学行为的研究

    Hydrodynamics for Concurrent Downflow of Gas - Solid Suspensions

  30. 气液两相流体流量的分流分相测量法

    Extracting and Separating Method for Gas-Liquid Two-Phase Flow Measurement