pore pressure信息详情
[水文]孔隙压力；中性压力
pore───n.（皮肤上的）毛孔；（植物的）气孔，孔隙；n.(Pore)（美、印）波雷（人名）；v.仔细打量，审视；凝视；认真研读，审阅；深思熟虑
pore vacuum───孔隙真空
pore refining───（美容）收缩毛孔；毛孔收缩
pressure───vt.迫使；密封；使……增压；n.压力；压迫，[物]压强
pore definition───孔隙定义
pore over───v.钻研; 仔细阅读；集中精神地阅读；注视
mini pore───小孔
dilated pore───扩张孔
every pore───每个毛孔
In addition to being measured by well tests, pore pressure is measured by formation testers.───除了由试井测量之外，孔隙压力由地层测试器测量。
Pore pressure is the pressure of the fluid in the formation.───孔隙压力是地层中液体的压力。
pressure corresponding to the plateau is taken as an estimate of the pore pressure.───稳定水平相对应的压力作为孔隙压力的估计。
A desirable groundwater table can be obtained via a solenoid valve and a feed-back pore pressure transducer.───通过设置孔压传感器，反馈水位信息以及旋转中电磁阀的开合，可以控制地下水位的上升与下降。
Rock drillability of rock samples was studied by means of experiment under zero pore pressure and simulated down hole conditions.───本文用试验方法研究了石油钻井过程中井底岩石零孔隙压力条件下的岩石可钻性。
Acceleration, lateral displacement, vertical settlement as well as excess pore pressure were measured during the shaking event.───观测了振动过程中孔隙水压力的发展，土体的加速度响应、侧向变形以及竖向沉降。
The pore pressure is one of the basic data during the whole process of oil exploration and production.───地层压力是石油勘探与开发各项工作必须掌握的基础数据之一。
However, for strong over consolidated clay, the pore pressure is always negative.───而对于强超固结软粘土，孔压始终向负孔压方向发展。
the permeability increased exponentially as the pore pressure increased under different temperatures.───不同温度条件下，渗透率随孔隙压力的增加均以指数形式递增。
The effects of interrupting time at different pore pressure developing stages are also evaluated.
The variation of pore pressure in saturated soft clay under circulating load is a major topic in the study of circulating features of saturated soft clay.
The pore pressure profile can be stamped in logging site by applying the programmed automatic scanning software, and the data interpretation can also be carried out inside lab.
When the pore pressure is relatively low, the positive-charged polyglycol is mainly used to ensure the muds having good performance.
The analytical solutions of stresses, displacement and pore pressure amplitude are derived in frequency domain by introducing two scalar potential functions.
A user - defined pore pressure distribution cannot be used to interpolate pore pressures in other clusters.
After analyzing the limitation of the traditional pore pressure prediction methods, a new method based on the effective pressure theorem and the acoustic velocity model was proposed.
The pore pressure of seabed also shows the double crest variation and increases at wave trough.
The paper presents an effective way to predict formation pore pressure at wellsite - normalized drilling rate.