1·Stratified flow is considered a basic flow in two-phase system.
液液两相流动中，分层流动是一种常见的流态。
2·Then, the variational trends of drag at the gas-liquid stratified flow in pipe have been studied.
该模型充分考虑了油水两相的物性以及两相分层流动对分离过程的影响。
3·A theoretical analysis is made, by applying linear stability theory, orl the model of gas-liquid stratified flow.
利用线性稳定理论。对气液两相分层流动模型进行了严格的理论分析。
4·The calculation model of thermal wake characteristics of submarine in stratified flow is established in this paper.
建立了在密度分层环境中热尾流特性的计算模型。
5·A stratified flow in a horizontal pipe represents the most important form of high concentration powder transport flow.
水平管内分层流动是高浓度粉体输送流型中最重要的形式，研究其阻力特性有着重要的意义。
6·The technical background materials on a new type of 3D internal wave and stratified flow tank are provided in this paper.
本文提供了作者研制的三维内波及分层流水槽系统的背景技术资料。
7·When gas flow rate quickly decreases, there will appear a short period of stratified flow in the transient process of the slug flow.
当气体流量突然降低时，在段塞流的瞬态变化过程中则会出现短时间的分层流。
8·Multi-components caused complicated flow characteristics of stratified flows due to the difference of their own diffusion and component's contribution to water density.
由于各组分对水体密度的贡献以及其自身的扩散特性的差异使得该类分层流动更为复杂。
9·The results indicate that the capability of the computational fluid mechanics approach to the prediction of the viscous stratified flow of a moving submarine is validated.
结果表明，采用计算流体力学手段预报运动潜体粘性分层流场是可行的。
10·The effects of the physicalchemical characteristics of the liquids and the oilwater twophase stratified flow on the separating process were fully considered in this model.
该模型充分考虑了油水两相的物性以及两相分层流动对分离过程的影响。