microtube的例句大全

First order slip velocity and jump temperature boundary conditions are employed to deter-mine the developing flow and heat transfer in the entrance region of a microtube.

基于圆形微通道的能量守恒及热传导方程，在考虑速度滑移和温度跳跃的情况下，利用逆解法得到了一个热充分发展的温度场计算式。

Plasticity of Hippocampal Structure and Expression of Microtube Associated Protein Tau in the Spatial Learning and Memory of Rats

空间辨别性学习记忆对大鼠海马结构可塑及tau蛋白表达的影响

The DNA of sample is hybridized with the oligonucleotide probes after being marked and the hybridization signal is detected in 2ml microtube.

样品DNA标记后与固定在膜条上的寡核苷酸探针在2ml离心管中杂交、检测获得杂交信号。

Experimental Investigation on Flow and Heat Transfer in Rough Microtube

微粗糙管内部流动与对流换热的实验研究

Gas flows in a microtube/ microchannel

微管道气体流动

Rapid Manufacturing Method of Drip Irrigation Pipe In-line Tubular Emitter Based on Rapid Prototyping& Manufacturing Technique Experimental study on hydraulic characteristics of the microtube emitter

滴灌管内嵌管状滴头的快速制造方法研究

Approximate analytic solution for gas flows in a long microtube

长微管道气体流动的近似解析解

This research is aimed at determining the critical Reynolds number of the transition from laminar flow to turbulent in the microtube.

研究旨在确定微管道内流动从层流到湍流转捩的临界雷诺数。

From the simulated result, gravity had so little effect on flow condensation heat transfer in microtube that it could be neglected.

模拟的结果表明，重力对微圆管流动凝结换热的影响非常小，可被忽略；

It is shown that the Nusselt numbers inside microtube are still in the range of 3.66 and 4.36 with convective heat transfer boundary condition outside the tube.

结果表明，当管外为对流换热边界条件时，管内充分发展对流换热的Nu依然在3.66～4.36之间。

The Rarefaction and Compressibility Effects of the Gas Flow in Circular Microtube

微细圆管中气体流动的稀薄效应和可压缩效应

Therefore, the microwave adsorbing property is the best when the carbon microtube content is 1.0 wt%.

因此，碳微米管含量为1.0wt%时综合吸波性能最佳。

An Experimental Study of Flow and Heat Transfer in a 19.6 μ m Inner Diameter Quartz Microtube

19.6μm内径的微石英管内部流动与传热的实验研究

Methods We placed microtube into the entrance of fallopian tube to separate the adhesion with high pressure.

方法将改制微导管插入至输卵管近端入口，应用推注的压力分离粘连。

An experimental research of gaseous flow in microtube and analysis for effect factors

微细管内气体流动特性实验研究及影响因素分析

Coaxial Microtube Methods for Therapy Fallopian Tubal Obstruction

同轴导管法治疗输卵管阻塞不孕症的临床应用

Manipulating and amending the field photos, the exact temperature distribution along wall of the microtube is gained and the quantity of the axial conductive heat is also obtained.

经过图像处理及修正后，得到较为精确的沿壁面的温度分布，进而求得微管沿壁面的导热量。

Experimental study on axial wall heat conduction for steel microtube under forced convection

对流换热条件下微钢管壁面轴向导热的实验研究

Features of electron density and time-resolved X-ray spectra from lateral jet nozzle of Mg microtube target

Mg微管靶喷口电子密度及X射线谱的时间分辨特性

A new tube-cutting method was employed to measure the pressure distribution along a microtube with diameter of 84.7 μ m.

本文采用短管重现长管中流动状态的方法，实验测量了内径为84.7μm的微细管内气体流动的沿程压力分布。