slippage effect的例句大全

In1941, Klinkenberg proposed that the slippage effect would occur when natural gas flow through porous media in absence of connate water.

科林贝尔在1941年提出了气体在不含束缚水多孔介质中渗流时出现的滑脱现象。

Research on Gas Slippage Effect of Low Permeability and Tight Gas Reservoir

低渗透致密气藏的滑脱效应研究

Problems on the study of slippage effect in low-permeability gas reservoirs

研究低渗气藏气体滑脱效应需注意的问题

An Analysis of the Slippage Effect in the Short Pulse FEL

自由电子激光短脉冲滑移效应分析

Productivity analysis for fractured well in low-permeability gas reservoirs considering slippage effect

考虑滑脱效应的低渗透气藏压裂井产能分析

A new deliverability equation considering slippage effect for gas reservoirs with low permeability and low pressure

考虑滑脱效应的低渗低压气藏的气井产能方程

Secondly, the differential equations considering the slippage effect were built with reference to the early related researches.

参照以往的研究成果，建立了考虑滑移影响下变形的微段平衡方程，得到了以滑移量表征的微分方程。

The slippage effect of short& pulse FEL is analysed for low gain and high gain ca-se respectively.

对低增益及高增益自由电子激光的短脉冲滑移（slippage）效应分别进行了分析。

For gas flow in porous media, a slippage effect exists, especially when pressure is low, or velocity is low or permeability is low.

对于气体渗流来讲，存在着滑脱效应，特别是在低渗、低速和低压时，滑脱效应更为显著。

Most intriguing in the central basin is the inverted gas-water position, abnormal low initial water saturation, slippage effect and evident non-Darcy flow.

并在深盆气藏中可能出现气水倒置、反常低的原生水饱和度、滑脱效应及明显的菲达西流动效应。

It is indicated that the main factors affecting low permeability gas reservoir are stress action, start-up pressure gradient, permeability, slippage effect, and water blocking effect etc.

结果表明影响低渗气藏的主要因素有应力作用、启动压力梯度、渗透率、滑脱效应、水锁效应等。

The obvious slippage effect for gas flow has been found due to the low gas permeability, and the effect of coal matrix shrinkage on the permeability is also indispensable.

低渗透气藏中的气体渗流具有明显的滑脱效应，同时煤基质收缩效应对煤层渗透率的影响也是不容忽视的。

Through the established mathematical model and the given basic assumptions, CBM permeability and reservoir pressure of considering slippage effect and without considering slippage effect are comparatively studied by FEPG software.

通过建立的数学模型，在给出基本假设后，应用FEPG软件对考虑滑脱效应和不考虑滑脱效应煤层气渗透率、储层压力进行对比研究。

For very small pore throat in low permeability gas reservoir, the gas molecules assume free flowing, hence either in laboratory or in ield must consider the slippage effect corrections.

在低渗气藏中因孔喉很小，分子自由流动明显，无论在室内或地下均需校正滑脱效应。

In addition, in high water content and low flow producing well with pumping unit, good result can not be obtained by using this kind of tool because it is influenced by slippage effect and investigation range.

但是在高含水低排量的抽油机生产井中，因滑脱效应和仪器探测范围的影响，超短波含水率仪也难以取得满意的测井效果。

Low permeability gas reservoir is normally characterized by low porosity, low permeability and high water saturation, and the existence of slippage effect is obviously found in gas flowing through porous media without irreducible water.

低渗透气藏普遍具有低孔、低渗、高含水饱和度的特点，气体渗流存在明显的滑脱效应。

The results show that the pressure near wells in consideration of slippage effect is higher than that without considering of slippage effect, distribution area of the effect pressure also bigger than that without considering of slippage effect.

其结果表明：在井周附近，考虑滑脱效应的压力要比不考虑滑脱效应的压力大，影响压力分布的区域也比不考虑滑脱效应的范围大。

The study indicates that, the slippage effect is a combined result of gas molecule slip on capillary wall and gas molecular diffusion inside capillary tube, and also a result of combination of concentration and pressure fields.

研究认为，气体滑脱效应是毛细管壁处气体分子滑流和毛细管内部气体分子扩散的综合效应，是浓度场和压力场作用叠加的结果。

According to the comparison and analysis on the obtained relative permeability curve, the changes of low permeability core actuating pressure, gas slippage effect, CO2 solubility, and fluid viscosity had effect on test results of CO2 flooding.

对得到的相渗曲线对比分析可知：CO2驱时低渗透岩心启动压力、气体滑脱效应、CO2溶解度以及流体粘度变化均对测试结果存在影响。

Gas flow equation in porous media with a slippage effect was presented, combining with molecular diffusion theory. It is a theoretical foundation for further study on permeable theory, reservoir engineering, and performance analysis in low gas permeability reservoirs.

在考虑了气体渗流的特点后，结合分子扩散理论得到了考虑滑脱效应的气体渗流速度方程，为进一步开展低渗透气藏渗流理论研究，油藏工程研究和动态分析建立了基础。