1) soft clay of slope piedmont facies
坡麓相斜坡软土
1.
<Abstrcat>Based on the actual engineering practice, the concept "soft clay of slope piedmont facies" is brought forward.
结合工程实例,提出"坡麓相斜坡软土"的概念,论述西南煤系地层地区斜坡软土的形成机理、分布规律、物理力学特征及其工程特性,研究斜坡软土对工程的危害及其地质灾害防治对策,最后列举三个典型斜坡软土工程整治实例,对指导工程实践具有重要意义。
2) slope soft-soil
斜坡软土
1.
From the practice of the "slope soft soil"problem encountered duringThe railway construction in southwest mountainous area,in this paper,the cause analysis and engineering featurehad been studied by the test and engineering practice,and,the treatment measures of the embankment engineeringin the area of "slope soft-soil" has also been introduced.
结合西南山区铁路建设中的“斜坡软土”问题,通过试验与工程实践对其成因与工程特性进行了研究,并介绍了“斜坡软土”地段的路基工程整治措施。
3) declivity bury
斜坡软粘土
4) plateau slope soft clay
高原斜坡软土
1.
The construction research of resisting slide in plateau slope soft clay;
高原斜坡软土地区抗滑支挡施工技术研究
2.
It is shown in practice that the stability of the plateau slope soft clay can be increased by combining the compacted stone column and the deep infiltration ditch.
通过挤密碎石桩处理高原斜坡软土地基的实践,指出利用挤密碎石桩结合深渗水盲沟处理斜坡软土地基可以增强坡体的抗滑稳定性,对于坡度较大的斜坡将地基处理和抗滑支挡相结合可确保其路基的稳定性。
5) sloping poor ground
斜坡软弱土地基
1.
It is worth showing solicitude for the stability and deformation of the subgrade on the sloping poor ground.
斜坡软弱土地基是针对工程实际提出的，主要指地面表层或硬层底部呈一定坡度的软弱土地基，在西南丘陵山区较为常见。
6) loess slope
黄土斜坡
1.
Analysis of loess slope deformation in Xi-Ping railway line;
西平铁路线黄土斜坡变形的分析
2.
This article takes the Hutoumao loess slope in Yan′an City as the research objective.
以延安市宝塔区虎头峁黄土斜坡为研究对象,在野外详细调查和勘查的基础上,分析确定斜坡可靠度的随机变量为滑带土土体容重r、内聚力c和内摩擦角φ。
补充资料：北极斜坡油田(见阿拉斯加北坡油田)
北极斜坡油田(见阿拉斯加北坡油田)
Arctic Slope Oil Field
北极斜坡油田阿拉斯加北坡油田。(Aretie Slope 011 Field)见
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