1.
Analysis and design of the fluid state of the section of duct pervasion in the mechanical ventilation cooling tower
机械通风冷却塔风筒扩散段的流态分析与设计
2.
Surging is ordinarily associated with separation and re-attachment in the diffuser.
喘振通常与气流在扩散段内的分离和再附相联系。
3.
All these axes may be located with a transit in the exit cone.
所有这些轴都可用放在扩散段内的经伟仪来定位。
4.
Application of Casio Fx-4800 Calculator to the Measurement in the Diffuser of Tailrace Tunnel at Laxiwa Hydropower Station
Casio Fx-4800计算器在拉西瓦水电站尾水洞扩散段测量中的应用
5.
The Predictable Compensator of the Piecewise Diffusion Process and Some Properties;
逐段扩散过程的可料特征与若干性质
6.
Three-Stage Model of Technical Diffusion Rate Based on Field Theory;
基于场论的技术扩散速度三阶段模型
7.
The dispersion law about the near outfall pollution in Han River(Ankang) area
汉江安康段排污口近区污染扩散规律
8.
The characteristic of scientific Idea diffusion:an analysis to the diffuse of green accounting idea in China;
科学思想扩散的阶段性——以绿色会计思想在我国的扩散为例
9.
Evaluation of Pathological Characteristics of Myositis Patients by Calculation of Perfusion Corrected Diffusion Coefficients
校正灌注因素后实际扩散系数评价肌炎不同病理阶段的扩散特征
10.
The proliferation of wireless systems has pushed up the demand for spectrum and increased its value.
无线系统的扩散对频段的需求并增加了其价值。
11.
A Study on CA Model of Population Expansion for Spartina Alterniflora at Jiuduansha, Shanghai;
上海九段沙互花米草种群扩散动态CA模型研究
12.
Numerical Simulation of Pollutant Diffusion and Transportation of Huai River in Huainan;
淮河淮南段污染物扩散输移的数值模拟
13.
Traveling Wave Solutions in a Nonlocal Diffusive-Delayed Model with Stage Structure;
具有阶段结构的非局部时滞扩散模型的行波解
14.
MR Diffusion-weighted Imaging (DWI) in the Diagnosis of the Common Bile Duct Lesions
MR扩散加权成像(DWI)在胆总管下段病变中的应用
15.
Analytical solution of diffusion equation of one-stage or two-stage carbonizing (nitriding) and its physical meaning
一段式和二段式渗碳(氮)扩散方程的解析解及其物理意义
16.
diffusion in non-steady state
非定常扩散,非稳态扩散
17.
In other words the important diffusive motion is migration of the radical segment retarded to the low diffusivity of the whole chain.
换言之，重要的扩散移动是自由基链段的迁移减慢为低扩散系数的整个分子链的迁移。
18.
The reaction rate was controlled by product layer diffusion, except in the initial stage.
除了初始阶段外，反应速率是由产物层扩散所控制。