The contemporary tectonic stress field inherites the one in Late Pleistocene.
现今构造应力场继承了更新世以来的构造应力场；
The regional crust activity is controled by the regional tectonic stress field.
区域地壳活动性受区域构造应力场控制。
The tectonic stress in the Earth are mainly concentrated on the upper lithosphere.
地球内部构造应力主要集中于岩石圈上层。
The relation among tectonic stress, migration of oil and gas, and fracture are described.
叙述了地应力与裂缝和油气运移的关系。
These results are consistent with NE-NEE pinching action of the regional tectonic stress field.
这与区域构造应力场NE-NEE向挤压作用的结果相符。
The modern tectonic stress field on the eastern side of the Tanlu fault is regionally very stable.
郯庐断裂东侧的现代构造应力场在区域上具有极大的稳定性。
Therefore, a vertical three-dimensional tectonic stress section passing Kala 2 gas pool is simulated.
为此，进行了克拉2气藏剖面三维构造应力场数值模拟。
Earthquake occur because of tectonic stress action from the interior of earth, rock suddenly rupture and slip.
地震是由于地球内部的岩体受到构造应力作用，导致岩体突然断裂错动的结果。
The variation law of geostresses with depth in gravitational stress field and tectonic stress field is analyzed.
分析了自重应力场和构造应力场中应力随深度的变化规律。
Crustal stress-strain observation plays an important role in earthquake prediction and tectonic stress analysis.
地壳应力应变观测在地震预报及构造应力场分析中占据重要地位。
At a time the acoustic measurement method of rock mass stresses and the horizontal tectonic stress are discussed.
同时，对用弹性波法确定岩体地应力及水平构造应力进行了探讨。
The geologic factors include the upper rocks stress characters, geologic tectonic and tectonic stress influences.
而地质因素有：煤层覆岩力学性质的影响、地质构造的影响以及构造应力的影响。
Both water storage and level variation have not influenced the tectonic stress field in the study area obviously.
水库蓄水和水位变化对研究区构造应力场没有明显的影响。
At a time, the acoustic measurement method of rock mass stresses and the horizontal tectonic stress are discussed.
同时，对用弹性波法确定岩体地应力及水平构造应力进行了探讨。
The numerical simulation of tectonic stress field is a important part of geologic-dynamic area distribution method.
构造应力场的数值模拟是地质动力区划方法的重要组成部分。
They are the reflection of adjustment and variations of the contemporary tectonic movement and the tectonic stress field.
它是西南地区现代构造运动及构造应力场调整变化的反映。
The way of calculation tectonic stress has been introduced by using shell model, calculating example and results can be given.
介绍了利用曲壳模型计算地应力的方法，给出了计算实例和计算结果。
The tectonic stress affects coal reservoir substantially through controlling the open-close degree of the fissures in coal reservoir.
构造应力实质上是通过对天然裂隙开合程度的控制而对煤储层渗透率施加影响。
Tectonic stress result in increasing diameter and the stack height of basic structural unit(BSU), and decreasing the BSU lamellae spacing.
结果表明，构造应力作用提高了“煤晶核”BSU的延展度和堆砌度，使面网间距减小。
The strong tectonic stress not only changes the reservoir properties but also directly controls hydrocarbon accumulation and distribution.
强烈的构造应力不仅改变了储层的性质，而且还直接控制着油气的聚集和分布。
This tectonic stress field feature is consistent with the basin prototype, basin reversal and tectonization forming in the relevant period.
这种应力场特征与上述阶段形成的盆地原型、盆地反转、构造变形相匹配。
Inversion of the conjugate joints and striation is used to study orientation and timing of the tectonic stress field and define the stages of the field.
利用共轭节理和断层擦痕反演，对矿区构造应力场进行了定向、定时研究，确定了各期构造应力场。
The main controlling factors of intraplate earthquakes are the regional tectonic stress field and the special conditions for the seismogenic structures.
板内地震构造的主要控制因素是区域构造应力场和局部的特殊发震构造条件。
This paper makes a study on the tectonic stress field by insitu stress measurements using hollow inclusion technique in overcoring in Xishimon iron mine.
本文运用地质力学的原理和空心包体应力解除法，对西石门铁矿区进行了构造应力场研究和地应力实测。
The casing tectonic stress load defined by elastic solution is slightly less than the maximum pressure subjected by casing pipe in rheological formation.
用套管弹性解定义的套管地应力载荷，稍低于流变地层中套管所受最大压力。
Finally, the paper discusses the basin modification in different tectonic stress regimes and some basic tectonic problems in the study of the Ordos basin.
最后，笔者论述了不同构造应力体制下盆地的改造作用，讨论了鄂尔多斯盆地研究中的一些基础地质构造问题。
Tectonic group patterns of coal seam depended on tectonic stress field, mechanical properties of rock of coal-bearing formation and surrounding environments.
煤层的构造组合型式在很大程度上取决于构造应力作用、含煤地层的岩石力学性质和应变环境等。
Under the same conditions of structural-material complex, fracture system, and mining scale, the ground damage degree is related to the tectonic stress field.
在构造介质、构造界面特征相似，开采强度也相同的条件下，煤矿区采动损害与其所处的构造应力场性质有关。
Different types of structural belts developed owing to distinct tectonic stress field during the formation and reformation stage of the Hailaer-Tamtsag basin.
海拉尔-塔木察格盆地在成盆期和改造期不同构造应力场作用下形成不同类型的构造带和配置关系。
It offers a set of systematic new methods for researching and measuring the recent tectonic stress field in the area of tunnel through mountain in the future.
为未来越岭隧道地区现代构造应力场的研究和测量提供了一套较为系统的新方法。
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