1) stress
地应力差值
1.
After the stress values jump from highest to lowest, the underground liqui.
将油气在负压空吸作用下运聚成藏的过程划分为4个阶段:地震前平衡期地应力差值微小,油气在浮力等驱动力作用下发生运移;地震前准备期孕震区地应力逐渐集中,储集应变能;地震发生时为成藏期,震区应力瞬间释放,在震区及其附近产生地震裂缝网络,在巨大地应力差值造成的负压空吸作用下,地下流体和所含油气快速运移于新生裂缝网络中,形成油气聚集;地震后平衡期内油气运移不明显,如果震后新生裂缝区裂缝中的地下水形成新矿物而占据裂缝体积,将给裂缝中聚集的油气增加附加压力。
2) ground stress
地应力
1.
Applications of imaging logging data in the research of fracture and ground stress;
成像测井资料在裂缝和地应力研究中的应用
2.
Research on relationship between coal conductivity and ground stress;
煤的电导率随地应力变化关系的研究
3.
Fractures and ground stress of peripheral low permeability reservoirs;
大庆外围低渗透储层裂缝与地应力研究
3) crustal stress
地应力
1.
Preliminary research and discussion on crustal stress in Jidong Oilfield;
冀东油田地应力初步研究
2.
Analysis on crustal stress distribution characteristics in canyon areas along Lhasa-Rikaze railway line;
拉日线峡谷区地应力分布特征的分析
3.
Based on the example in Min114 block at Xinmin oil field,the authors analyze the relation of the fracture and crustal stress,measure the direction and length of the hydraulic fracture by receiving the microseism signals when the terrene is broken,which provides a basis for deploying reasonable flood pattern for development of low permeability reservoir.
以新民油田民114区块为实例,利用微震裂缝监测技术,通过接收地层破裂时的微震信号测定水力压裂产生的人工裂缝的走向与长度,分析裂缝发育与地应力的关系,为低渗透油藏开发中合理部署注采井网提供依据。
4) high geo-stress
高地应力
1.
Research of diamond weak combined bit for high geo-stress stratum drilling;
弱包镶金刚石钻头在高地应力地层中的应用研究
2.
Dynamic emulation analysis on tunnel excavating effect in high geo-stress zone;
高地应力区隧洞开挖效应动态仿真分析
3.
Xiabandi Water Control project is located at Pamirs,near an active seismic zone and within a high geo-stress area;for which the maximum embedded depth of the power tunnel is up to 1 400 m with the problem of high geo-stress.
下坂地水利枢纽地处帕米尔高原,临近地震活动带并处于高地应力区,引水隧洞的最大埋深达1 400 m,高地应力问题较为突出。
5) geostress
地应力
1.
Research advance of the influence of geostress and perforation parameters on hydraulic fracturing;
地应力及射孔参数对水力压裂影响的研究进展
2.
The Two-stage Analysis on Geostress Field for the Underground Chamber Area of Pubugou Project;
瀑布沟工程地下厂房区地应力场的二次计算研究
3.
Application of two geostress measurement methods to a pumped storage power station;
两种地应力测量方法在某抽水蓄能电站中的应用
6) earth stress
地应力
1.
Identification of earth stress direction based on CBIL echo time image.;
基于CBIL回波时间图像识别地应力方向
2.
On Application of Earth Stress Analysis in Oilfield Development of Laoxin Area;
地应力分析在老新地区油田开发中的应用
3.
Distribution of earth stress in Kuche thrust belt, Tarim Basin;
塔里木盆地库车山前构造带地应力分布特征
参考词条
补充资料:极限应力平均差
分子式:
CAS号:
性质: 测出的最大作用力偏离平均作用力的值与无应力时试样的截面积之比;单位为Pa。是动态力学加载形式选择上所关心的参数之一。该值愈大,说明所加负载的应力振荡值较大。反之,说明所加交变应力比较平稳。
CAS号:
性质: 测出的最大作用力偏离平均作用力的值与无应力时试样的截面积之比;单位为Pa。是动态力学加载形式选择上所关心的参数之一。该值愈大,说明所加负载的应力振荡值较大。反之,说明所加交变应力比较平稳。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。