fluid film

美 [ˈfluːɪd fɪlm]英 [ˈfluːɪd fɪlm]
  • 流体膜;液体薄膜;润滑油膜
fluid filmfluid film
  1. Measuring of Combined Packing Seal Fluid Film Pressure by Piezoelectric Method

    压电测试法测定组合填料的液膜压力

  2. Research of the Application of Fluid Film Damping Technology in Spindle System of Machine Tool

    油膜阻尼技术在机床主轴系统中的应用研究

  3. Effect of End Face Deformation on the Characteristic of Fluid Film in Mechanical Seal

    机械密封环端面变形对液膜特性的影响

  4. Measuring the Thickness of Fluid Film by Laser Beam

    用激光技术测定液膜厚度

  5. The measurements of pressure distribution and thickness of fluid film for mechanical face seal

    机械密封端面流体膜压膜厚的测量

  6. Dynamic Characteristics of Roter - fluid Film Bearing System

    油膜轴承转子系统的动力特性

  7. Study and Application of Methods of Fluid Film Phase State Stability of Mechanical Seal for Ammonia Pump

    氨泵机械密封液膜相态稳定性方法的研究与应用

  8. Development of precipitator of fluid film type

    液膜式静电沉降器的研制

  9. Investigation on the optical characteristic of magnetic fluid film in the presence of an external magnetic field

    外磁场作用下磁流体薄层的光学特性研究

  10. The Calculation and the Measurement by Capacitance Method of Fluid Film Thickness in Mechanical Face Seals

    机械密封端面液体膜厚的计算与电容法测量

  11. Coupling Analysis of Frictional Heat of Fluid Film and Thermal Deformation of Mechanical Seal End Faces

    机械密封端面摩擦热与热变形的耦合分析

  12. Dynamic characteristics on squeeze fluid film damper

    挤压油膜阻尼器的动力特性

  13. It is conducive to study the microscopic mechanism of chemicals acting to fluid film .

    这有助于研究化学剂对液膜作用的微观机理,可为三元复合驱采出液处理技术研究提供较为直接的参考。

  14. Squeezing Behavior Analyses of Partial Fluid Film

    部分流体膜挤压特性分析

  15. A numerical solution for the transient response of a flexible rotor supported in fluid film bearings

    具有滑动轴承柔性转子瞬态响应的数值解

  16. The formation and inhibition of lubricating fluid film are discussed and explained with calculated examples .

    此外,还对润滑流体膜的形成和抑制进行了讨论,并列举算例加以说明。

  17. Numerical and experimental study on nonlinear dynamic behavior of the fluid film bearing-rotor system with squeeze film damper

    挤压油膜阻尼器滑动轴承转子系统非线性动力特性的数值分析及实验研究

  18. The value is determined by the grinding wheel speed and the fluid film thickness within the contact zone .

    它由砂轮的转速及接触区域的液体薄膜的厚度决定。

  19. It 's based on the theory of sticky fluid film and the action of anodic passivation .

    它的基本原理是粘膜理论和阳极钝化作用。

  20. For higher pressures , higher speeds or larger viscosities are needed to form the fluid film .

    在较高压力下,要在接触区形成流体膜就必须施加更高的速度或使用较大粘度的润滑剂;

  21. The oils must provide a fluid film between all moving engine parts no reduce friction , heat and wear .

    为了减少摩擦、热量和磨损,机油在所有发动机零件中提供了一层油膜。

  22. The research on the distribution of fluid film pressure and the load and deformation of the seals end faces was conducted .

    研究了液膜压力和端面受力变形规律。

  23. The stability and bifurcation of the fluid film bearing rotor system with a squeeze film damper are studied using a nonlinear model .

    采用非线性模型,研究挤压油膜阻尼器-滑动轴承-转子系统的运动稳定性和分岔特性。

  24. An innovative method of dynamic speckle is proposed to investigate the drying process of magnetic fluid film ( MFF ) .

    提出了一种利用动态散斑研究磁流体薄膜(MFF)干燥过程的方法。

  25. The Precipitator of Fluid Film Type is developed for the determination of fuel element cladding failure of water-cooled reactor .

    液膜式静电沉降器,是为探测水冷却堆元件包壳破损而研制的。

  26. The adsorption mass transfer process mainly is influenced and controlled by the proliferating in the fluid film and inside the grains .

    吸附传质过程主要受液膜扩散和颗粒内扩散的共同影响与控制;

  27. The boundary slip at the squeeze fluid film of spherical surfaces is a strongly nonlinear function of the radius coordinate .

    球体表面挤压流体膜的边界滑移量是与半径坐标相关的高度非线性函数。

  28. The deep , systematic research of experiments and theoretical analysis are made to employing fluid Film damping technology in antifriction bearing spindle system of machine tool .

    本文对机床滚动支承主轴系统采用油膜阻尼技术进行了深入、系统的试验研究和机理分析。

  29. Corresponding to a given ω, hi and β can be obtained by the equilibrium condition between the closing force and the bearing force of fluid film .

    根据闭合力与液膜承载力的平衡条件得到了与给定ω对应的hi和β。

  30. Besides , the thickness of fluid film , oxygen concentration , salt content and corrosion products all had an impact on the corrosion rate to a certain degree .

    其中流膜厚度、氧的浓度、盐的浓度以及腐蚀产物均会影响腐蚀速度。