1) salt cavern
盐岩溶腔
1.
With the advantage of low porosity and strong visco - plasticity, the salt caverns can be used to storage carbon dioxide absolutely.
盐岩溶腔由于其孔隙率低、粘塑性强等物理力学特性,完全可以用来进行二氧化碳储存。
2) rock salt cavern
岩盐溶腔
1.
Stability analysis of rock salt cavern with catastrophe theory;
岩盐溶腔顶板稳定性突变理论分析
2.
So sufficiently considering the anisotropic overburden under complex geological conditions and the irregular rock salt cavern, a new probability integral 3D forecast model is created.
因此,充分考虑上覆岩层在复杂地质条件下可能表现出来的各向异性、岩盐溶腔的不规则性,建立了新概率积分三维预测模型;并从力学角度,对三维预测模型的参数进行了研究,获得了模型参数与上覆岩层力学参数之间的关系。
3.
The ground stress of the rock salt cavern's surrounding rock is analyzed with 3D Sigma and the stress distribution characteristics and law of its variation are obtained, which can serve as basis for controlling the stability of rock salt cavern.
本文应用 3D Sigma有限元软件分析了长山盐矿岩盐溶腔的地应力场 ,得到了岩盐溶腔应力的分布特征及变化规律 ,为岩盐溶腔的稳定性控制奠定了基
3) use of salt cavern
岩盐溶腔利用
4) Salt Cavern Construction
岩盐溶腔建造
5) rock salt karst
岩盐岩溶
6) caverns of salt mine
盐矿溶腔
补充资料：岩溶地貌
即“喀斯特地貌”(461页)。
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