1) wedge-shaped medium
楔形介质
1.
The principle and method of measuring refractive index and wedge angle of wedge-shaped medium by use of microscope are introduced.
介绍用显微镜测量楔形介质的折射率及楔角的原理和方法，它对物点聚焦而不产生像差和像散，测量精度较高。
2) deformable media
变形介质
1.
And the media deformation is elasticity-plasticity deformation process,so the pressure must be kept above one certain level in reservoirs with deformable media during the early stage of exploitation.
从流体和多孔介质的本构方程出发,建立液体在变形介质油藏中渗流的微分方程。
2.
In the process of developing deformable media gas fields, the pore pressure decreases when fluids flow out of the reservoir, and the difference of pressure inside and outside the reservoir increases.
变形介质气藏在开发过程中 ,孔隙压力随流体的流出而下降 ,使储层内外压差增大 ,孔隙受到压缩而体积缩小 ,孔隙度和渗透率随之降低 ,极大地影响到此类气藏的开采。
3) deformation medium
变形介质
1.
Productivity of horizontal well in deformation medium of low-permeability reservoirs;
变形介质低渗透油藏水平井产能特征
2.
Calculation and analysis of the true productivity of a well of low permeable reservoirs of deformation medium;
变形介质低渗透油藏油井真实产能计算与分析
3.
Research on Reasonable Well Spacing of Deformation Medium in Ultra-low Permeability Reservoirs
变形介质特低渗油藏合理井距研究
4) deformed media
变形介质
1.
Analysis of reasonable pressure difference and productivity of oil wells in deformed media reservoirs;
变形介质储层油井合理压差及产能分析
2.
Study on production based on bilinear flow model for deformed media reservoirs
基于椭圆流模型的变形介质油藏产能研究
3.
Most low permeability gas reservoirs belong to deformed media.
大部分低渗透气藏属于变形介质。
5) deformable medium
变形介质
1.
Analysis of pressure performance of coal-bed methane through deformable medium;
变形介质煤层气压力动态特征分析
2.
A study on the development performance of the deformable medium reservoir:Take E3 reservoir in Gaskule Oilfield as example;
异常高压变形介质油藏的开发动态特征研究——以尕斯库勒油田E3油藏为例
3.
A mathematical model of reservoir exploitation with deformable medium and its numerical solution;
变形介质油气藏开采数学模型及其数值解
6) deformed medium
变形介质
1.
Thus a mathematical model and a numerical model are established for non-Darcy percolation of deformed medium formation , for which a so.
低渗油藏液体渗流存在一定启动压差,即只有当压力梯度超过某一阀值后液体才开始流动,其渗流规律不满足达西定律,通常存在着启动压力梯度阀值和地层绝对渗透率随地层压力动态变化的现象,为此建立了变形介质地层低渗非达西渗流的数学模型与数值模型;研制出了变形介质低渗非达西渗流的油藏数值模拟软件,它能模拟其他油藏数值模拟软件不能有效模拟的地层绝对渗透率动态变化和渗流规律不满足达西定律的油水两相三维渗流问题。
补充资料：鳞石英楔形双晶
鳞石英楔形双晶
鳞石英楔形双晶
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条