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1·The developing of dangerous rock is due to release of in-situ stress in rock, aeolation, water erosion and root flerry.

地应力卸荷、风化、流水侵蚀、植物根劈是危岩发育的主要原因。

2·So in-situ stress field is also one of base works about drilling engineering design.

因此地应力场的研究是钻井工程设计的基础工作之一。

3·The direction and magnitude of in-situ stress greatly affect the stability of cavern.

地应力场的大小与方向，对溶腔稳定性影响较大。

4·This paper introduces the method, process and results of the in-situ stress measurement.

本文介绍了地应力测量所使用的测量方法、测量过程和测量结果。

5·Initial in-situ stress field is analyzed with multiple variables and equations regression.

在初始地应力场分析问题中，采用了多方程回归方法。

6·The result indicates that the depth of BEDZ is determined by the existence of in-situ stress.

检测结果表明，地应力的存在对深埋隧洞爆破开挖损伤区具有较大影响。

7·In-situ stress was measured by overcoming method in borehole in Zhaolou Coal Mine shaft station.

采用钻孔套芯应力解除法在赵楼煤矿井底车场位置选点进行了地应力测量。

8·They will greatly influence the re-liability and accuracy of the measured results of in-situ stress.

而这些问题的存在将大大影响地应力测量计算结果的可靠性和准确性。

9·By inversion of the data of in-situ stress measurements the direction of regional stress has been obtained.

根据该区原地应力测量资料反演了区域应力场方向。

10·The fracturing pressure is dependent on in-situ stress, well deviation and the anisotropy of tensile strength.

井壁的破裂压力不仅取决于地应力，还与井眼形态和地层的强度各向异性有关。