流体粘度的英文

• fluid viscosity

• "流体"英文翻译    fluid; fluor
• "粘度"英文翻译    viscosity
• "地层流体粘度" 英文翻译 :    ffv
• "注入流体粘度" 英文翻译 :    injected fluid viscosity
• "胀流型流体粘度" 英文翻译 :    dilatational viscosity
• "落体粘度计" 英文翻译 :    falling body viscometer; falling body viscosimeter; falling body viscosimetre
• "熔体粘度" 英文翻译 :    melt viscosity
• "熔体粘度计" 英文翻译 :    melt viscometer
• "液体粘度计" 英文翻译 :    liquid viscosimeter
• "主体粘度" 英文翻译 :    bulk viscosity of oil
• "表观熔体粘度" 英文翻译 :    apparent melt viscosity
• "气体粘度计量" 英文翻译 :    gas viscosity measurement
• "液体粘度理论" 英文翻译 :    liquid viscosity theory
• "油品主体粘度" 英文翻译 :    bulk viscosity of oil
• "兰金氏气体粘度计" 英文翻译 :    rankine's a aratus; rankine's apparatus; rankine’s apparatus
• "无限液体粘度计" 英文翻译 :    infinite fluid viscometer
• "液体粘度的测定" 英文翻译 :    measurement of liquid viscosity
• "油品的主体粘度" 英文翻译 :    bulk viocosity of oil; bulk viscosity of oil
• "振动柱体粘度计" 英文翻译 :    oscillating cylinder viscometer
• "低粘度流体" 英文翻译 :    low-viscosity fluid
• "流体的粘度比" 英文翻译 :    fluid viscosity ratio
• "兰金常压气体粘度计" 英文翻译 :    rankine's constant pressure gas viscometer
• "光学指数(表示液体粘度与折光率之间的关系)" 英文翻译 :    optical index
• "体粘性" 英文翻译 :    bulk viscosity
• "粘度" 英文翻译 :    [物理学] viscosity 恩氏粘度 engler viscosity; 粘度计 caplastometer; viscosimeter; viscometer

• The uniform spotting droplets were obtained by means of the controls of micro - fluid viscosity , micro - injection speed and micro - injection distance for eliminating the defects of droplet
  通过微流体粘度控制、微喷射速度和微喷射距离的控制消除样点缺陷，获得了均匀的点样样点。
• Through large amount of lab experiments , the relation of oil boundary layer thickness with capillary radius , pressure gradient , fluid viscosity and its composition has been discussed
  摘要通过大量的室内实验，探讨了原油边界层厚度与毛管半径、压力梯度、流体粘度和组分的关系。
• Now there are some special apparatuses to measure viscosity of liquid , but generally they just have function of measurement and most of them ca n ' t communicate with and be controlled by computer
  目前，国内外也有专门测量流体粘度的仪器，但它们一般仅仅具有测量粘度的功能，而且大多数不能和计算机相连接并受计算机的控制。
• At the end of the thesis , we incorporate the influences of all the four parameters - half - length l , radius r , viscosity of the fluid v and the density of the fiber / - into one compound parameter a
  在论文最后，经过综合分析各参数的影响，得到了一个能概括半长度l 、半径r 、溶剂流体粘度v和纤维比重这四个参数对纤维直接相互作用过程影响的组合量| a | 。
• The thermal conductivities of the oil - nanoparticles nanofluids and the water - nanoparticles nanofluids are measured by using this instrument . the effects of the volume fraction , dimensions , properties of the nanoparticles and temperature on the thermal conductivity of nanofluids are discussed
  采用nxe - 1型粘度计测量了纳米流体的粘度，分析了纳米粒子的体积份额、属性、尺度及纳米流体悬浮稳定性对纳米流体粘度的影响。
• The numerical simulations show that the phase plane and amplitude plane in orthotropic fluid - saturated porous media is not paralleled to each other any more though the dispersion caused by the fluid is omitted . it is one kind of non - homogeneous wave . the maximum attenuation is no longer
  指出由于介质的各向异性，尽管忽略了流体粘度引起的粘度耗散，正交各向异性液饱和多孔介质中瑞利波的相平面和幅平面亦不再重合，为非均匀波，最大的衰减不再沿波传播方向。
• Attenuation characteristic of fast wave , slow wave , quasi - transverse wave and anti - plane transverse wave are discussed and the combined effects of the anisotropy of the solid skeleton and fluid viscosity on the propagation characteristic of plane waves are analyzed numerically . the influence of horizontal anisotropy and fluid viscosity on the propagation characteristic of elastic waves is clarified
  讨论了液饱和多孔介质中快波、慢波，准剪切波和反平面剪切波的衰减特性，并分析了固体骨架异性以及流体粘度的综合效应对平面波传播特性的作用，澄清了介质水平面内异性以及流体粘度对弹性波传播特性的影响。
• The boundary layer can indicate the comprehensive influences of oil reservoirs , the physical properties ( reservoir porosity , permeability , fluid viscosity and its composition ) of inside fluids and development conditions such as pressure gradient : the layer thickness reduces with the rise of capillary radius ; when capillary radius is fixed , the thickness increases with viscosity rise ; the more polarity composition content is , the more obvious the absorption , the thicker the boundary layer , more and more obvious the characteristics of non - darcy filtration
  边界层反映了储层、流体物性条件（储层孔隙度、渗透率、流体粘度、组分）和开发条件（压力梯度）的综合影响，认为边界层厚度随著毛管半径的增大而减小；在毛管半径相同的情况下，边界层厚度随压力梯度的增大而减小，最后达到一个临界值；毛管半径一定时，边界层厚度随粘度增加而增大；极性组分含量越大，吸附越明显，边界层厚度越大；边界层厚度越大，非达西渗流特徵越明显。