流体的例句大全

The true shear viscosity and non-Newtonian behavior increase when concentration is promoted.

浓度越高,真实剪切粘度越大, 非 牛顿流体特性越显著.

Stock of paper pulp falls into Newtonian fluid before drainage.

在脱水前,纸浆属于牛顿流体.

PRESSURE DROP OF NON-NEWTONIAN FLUID IN FIN AND TUBE TYPE HEAT EXCHANGER.

管板式换热器内非牛顿流体的压降特性.

Pipeline technology has particular advantage in transporting liquid such as petroleum and natural gas.

管道技术在石油、天然气等流体输送中有着独特的优势.

The model is then meshed, and the velocity distribution of the outflow field obtained using CFD.

用CFD流体计算软件进行三维气动分析, 得出可调导风装置出口的速度分布.

Fluid dynamicist Ronald Stouffer of the National Oceanic and Atmospheric Administration in Princeton, New Jersey, agrees.

国家海洋和大气管理局(新泽西州普林斯顿)的流体动力学家罗纳德·斯托弗同意这个看法.

Excessive acute exposure may cause delayed pulmonary edema ( fluid buildup ) to occur.

过分剧烈暴露会导致肺水肿 ( 流体积累 ).

Stoneley wave is a kind of guide waves propagating along the liquid solid interface in well.

斯通利波是一种沿井壁传播的声波,当声波脉冲与井壁和井内流体的界面相遇时就会产生斯通利波.

Measurement of level, can adopt the static-pressure sensor of fluid height and digital display of transmitter.

液位测量, 可以采用流体高度的静压传感器及变送器远传数字显示智能仪表.

Combining experimental solution and CFD analyses, a method to appraise noise of poppet valve was studied.

结合试验结果和计算流体动力学的解析结果,研究液压锥阀的噪声评价方法.

Hydraulic calculation is the key to the design of fluid supply pipework.

水力计算是流体输配管网设计过程中关键的环节.

From fluid equations, the differential equations governing the low frequency electrostatic perturbations are deduced.

从流体方程组出发, 导出了描述低频静电扰动的微分方程组.

A perturbation theory model was set up for calculating vapor liquid equilibrium ( VLE ).

建立了一个微扰理论模型来 计算流体 的汽液平衡.

Permeability is the ability of the formation to conduct fluids.

渗透率是岩层传导流体的能力.

The fluid can penetrate into pores because it has zero surface tension.

这种流体的表面张力为零,所以可以渗透到微孔之中.

The orange-hot fluid is forced through holes in a palladium sheet to form long, thin fibers.

橘黄色的热流体是被迫通过的洞穴在一片钯箔,形成长的, 薄纤维.

Because of its reusability and operability HLA has gradually become mainly architecture in simulation.

HLA以其可重用性、互操作性好的特点,逐渐成为仿真的主流体系结构.

Therefore, researches of fluid-structure interaction should be carried out with high demand.

因此, 我们有必要对薄壁结构与流体介质的耦合效应开展相应的研究.

The wet end is available in a wide variety of metallurgies.

流体接触湿端有不同材质可供选择.

A dual reciprocity method is proposed for the analysis of fluid sloshing in time domain.

利用双协边界元法在时域内对流体晃动问题进行分析,推导出边界积分方程及相应的边界条件.