1) deep rock mass
深层岩体
1.
Analysis and prediction for the deformation in deep rock mass behind high excavated rocky slope of TGP s permanent shiplock;
三峡永久船闸高边坡深层岩体变形分析与预测
2.
With the end of excavation the deformation approximately trends to be stable, and at present the deep rock mass of high slope is in the steady condition.
三峡工程双线五级船闸深层岩体变形监测成果表明,船闸开挖引起的岩体垂直变形表现为回弹,最大回弹变形10。
2) deep rock salt
深层岩盐
1.
The application of seismic technique in deep rock salt exploration in north of Shanxi;
地震勘探技术在陕北深层岩盐地质中的应用
5) deep rock mass
深部岩体
1.
Numerical experiment on effect of circular roadway stability by intermittent joint in deep rock mass;
深部岩体中断续节理对巷道稳定性影响的数值试验
2.
In order to explain zonal phenomenon of loose area and compressed area appearing alternately that we have observed in deep underground mine,zone deformation mechanism of deep rock mass around underground tunnel was discussed.
为了解释在深地下矿井里观察到的疏松区与压缩区交替出现的分区现象,探讨深部巷道围岩分区变形机理,运用滑移破坏岩石强度理论,研究了深部岩体的应力—应变特征,揭示了岩体分区破碎化现象的力学原理,并得出以下几点结论:坑道围岩区域破碎成因受外部条件影响较小;深部岩体的应力—应变状态决定其变形与破坏;高地应力转移所造成的劈裂效应导致岩体破碎分区化;应力场的传递和转移受深部岩体的开挖形状和力学性质等影响,地应力的加大和集中,产生了性质不同的变形破坏区域。
补充资料：高温岩体发电
利用地表深层高温干岩体所含的热量发电（见高温岩体电站）。
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