liquid layer

英 [ˈlɪkwɪd ˈleɪə(r)] 美 [ˈlɪkwɪd ler]

网络  液层; 即所谓液层

化学



双语例句

  1. The presence of a truly liquid layer between the core and the outer crust would allow such slippage, moderated by inertial forces.
    地核和外壳之间的真正的液体层出现受惯性力量的节制会允许这样的滑移。
  2. The analytical approximate solution for Marangoni convection in a liquid layer with coupled boundary conditions
    边界耦合的Marangoni对流边界层问题的近似解析解
  3. Investigation of Thickness Measurement of Liquid Layer in Mechanical Structure Using Ultrasonic Technique
    机械结构液体层厚度超声测量方法研究
  4. On ice, the opposite is true: A liquid layer reduces frontward friction, and the stone spins and slides in the same direction.
    而在液态的冰面上则正相反,因为液态层减少了前方的摩擦,球体滑行和旋转的方向是相同的。
  5. One-sided model is proposed in previous works about the research on the Rayleigh-Marangoni-Benard instabilities of the evaporating liquid layer.
    关于蒸发液层的Rayleigh-Marangoni-Benard不稳定性的研究中,早期文献中普遍采用的是单层流模型。
  6. The research indicates that the temperature tremble and the temperature distribution as well as the temperature change over time of thin liquid layer ′ s micro-cell can be achieved by infrared real time monitoring technique;
    研究表明:红外实时监测技术可以清晰地观测到液膜的温度抖动特性,并且可以表征出液膜各微小区域之间的温度差异,以及各微小区域温度的实时变化;
  7. When the liquid layer is a low kinematic viscosity liquid, such as deionized water, the surface energy of the liquid layer strongly affects the adhesion characteristics.
    当中间层为小粘度的液体如去离子水时,液体的表面能会对粘着特性有显著影响。
  8. Theoretical formulas of the thickness of liquid layer, the relationship between the melting velocity and exerted force during the melting are obtained and discussed.
    应用边界层理论和冰、水的热物性求得熔化边界层厚度,作用力与熔化速度关系式。
  9. When the middle liquid layer is a high kinematic viscosity liquid, such as neutral paraffine, the viscous force greatly affects the adhesion characteristics.
    当中间层为粘性液体如石蜡基中性油时,粘滞力对粘着特性的影响较大;
  10. This paper considers the problem of nonlinear stability of a liquid layer flowing down an inclined plane.
    本文研究了沿斜面流动薄层液体的非线性稳定性,即涂布流动的非线性稳定性问题。
  11. The propagation of SH plate waves in an anisotropic plate with one viscous liquid layer loading
    有单面粘滞液层负载时各向异性薄板中SH波的传播
  12. A study on thermal conductivity of the quasi ordered liquid layer on a solid surface
    近固体表面拟有序液体边界层的导热研究论有序管理
  13. In addition, the liquefying of Si interlayer and the developing of liquid layer in brazing seam were analyzed and calculated, based on the classic diffusion theory.
    在此基础上,采用经典扩散理论对接触反应钎焊过程中Si中间层的液化及钎缝液相层的形成过程进行了理论分析和计算。
  14. Experimental investigation of adhesion characteristics of cleavage mica surfaces with a liquid layer
    液体介质对解理云母粘着特性影响的实验研究
  15. Calculation of the limit height of liquid layer on horizontal solid surface
    水平固体表面上液层极限高度的估算
  16. A laminar structure combined by solid film, liquid layer and rigid substrate from top to bottom was investigated. A unsteady liquid layer model is considered for calculation.
    考虑液体层较薄的情况下液体膜/基底间界面不平整对结构的稳定性,特别是固体薄膜稳定时的褶皱变形产生的影响。
  17. The natural frequencies and the growth rates of the induced unstable modes strongly depend on current density, magnetic fields, density difference of electrolyte and aluminum liquid, the ratio of length and width of a reduction cell and the thickness of liquid layer.
    被激发的不稳定波动频率和扰动增长率与电流密度、磁感应强度垂直分量,铝电解槽长宽比、电解质和铝液的密度差、厚度等因素密切相关。
  18. Previous models of ablation computation about Silica-reinforced thermal protection materials used in the combustion of ramjet engines only simulated the recession of silica liquid layer due to aerodynamics blow, thus, the results did not match the reality well.
    对冲压发动机燃烧室所使用的硅基热防护材料,用以往的单纯因二氧化硅液态层被气动吹除减薄的模型进行烧蚀计算,计算结果和实际偏差很大。
  19. Liquid density sensing of Lamb waves in a liquid layer and a piezoelectric plate
    液体层-压电薄板中兰姆波对液体密度的声传感
  20. The Performance of Bubble Column of Large Hole Size Sieve Plates with Deep Liquid Layer
    深液层大孔径筛孔型鼓泡塔的性能研究
  21. Propagation of Lamb Waves in a Piezoelectric Plate Boarded with a Liquid Layer
    有液体层负载时压电薄板中兰姆波的传播特性
  22. The velocity of immersion Rayleigh waves has been theoretically calculated and experimentally measured according to the dispersive equation of half-infinite medium with a liquid layer. Quantitative agreement has been obtained between theory and experiment.
    利用半无限固体介质上有液层时的频散方程进行了水浸式表面波波速的理论计算和实验测量,实测值与理论计算值相符。
  23. Convection features in a thin liquid layer with heating sources is studied in the present paper.
    研究一个液体薄层在热源作用下的流动特征。
  24. A Study on Increasing Induction Frequency of Pollen Plants by Culture with a Thin Liquid Layer on Solidified Medium
    固体培养基上浸润培养提高花粉植株诱导率的研究
  25. The results shown in this article can be used to describe the characteristics of Lamb waves in a piezoelectric plate boarded with a liquid layer.
    文中给出的结果,较全面地描述了有液体层负载时压电薄板中兰姆波的传播特性。
  26. The extracted infrared cross-section image can clearly characterize the temperature changing characteristics of the horizontal liquid-layer and the vertical liquid layer.
    提取的红外热像截面图可以清楚地表征水平液层及竖直液层的温度变化特性。
  27. The prediction of liquid layer height and calculation of void fraction on Gas-Liquid Stratified Flow in inclined downward tubes
    倾斜下降管气液两相分层流截面含气率的计算与液层高度的预测
  28. In electrochemical system, the mass transport process in liquid layer adjacent to electrode is studied through theoretical analysis only. The diffusion process can be analyzed theoretically by Fick's law for homogeneous media.
    通常的电化学研究中,有关电极附近液层参与反应粒子的传质过程多局限于理论分析,其实验研究,即使应用Fick定律分析液相的扩散传质现象,也多限于简单的均态体系。
  29. The result show the effect of isotopic segregation is the key fact in the configuration of the liquid layer.
    结果显示:同位素分离效应,是混合液态燃料,在低温冷冻靶丸内,形成均匀液体层的决定性因素。
  30. Hereafter, thermodynamic analyses on heterogeneous nucleation in superheated liquid layer under steady heat flux are carried out, based on the Gibbs free energy and availability. In these analyses, the effects of wall temperature gradient and wettability are considered.
    在理论方面,针对恒定热流条件,基于Gibbs自由能及可用能,考虑了壁面温度梯度的影响,对过热液体层内非均相成核进行了热力学分析。