摘要
为确保西安—安康二级公路路基质量,运用地质和地球物理(地震)两种勘探方法对滑坡区作地表和深部作地质勘探,查清滑坡对路基的影响程度。通过对该区的地质情况、滑坡体的成因及其稳定性等方面的分析和综合研究后认为:勘查区内新、老构造运动特征显著,是诱发滑坡的重要因素;滑脱面主要取决于断层面或层间千枚岩层等构造软弱带;区内该类滑坡体(或可疑滑坡体)是比较稳定的,相比之下,WT1和WT3勘探线南端滑坡体处较为稳定。
In order to ensure the roadbed quality of the second grade highway from Xi＇an to Ankang and find out the influence of slide in Wagangzhai region on the highway roadbed, the geological and seismic geophysical exploration methods were used to explore the condition of earth surface and deep geology in this slide region. After an analysis and study on the geological condition in this region, the causes of sliding masses forming and its stability, it is considered that the old and recent outstanding movement is a very important factor causing landslide; slip surfaces lie on the structure weak zones mostly; these sliding masses in Wagangzhai region are comparatively stable, in contrast, the sliding masses locating on the south of WT1 and WT3 are most stable.
出处
《中国安全科学学报》
CAS
CSCD
2007年第5期155-158,154,共5页
China Safety Science Journal
基金
湖南科技大学校级基金资助(E50629)。
关键词
瓦缸寨滑坡区
地质概况
滑坡体
地震地球物理勘探
稳定性分析
wagangzhai slide region
geological outline
sliding mass
seismic geophysical exploration
stability analysis
作者简介
教授
副教授
教授
