摘要
介绍了高密度电法检测应用背景、基本原理与技术参数,对克孜尔大坝典型坝段的检测资料进行了分析和推断。结果显示,主坝电阻率相对均匀且视电阻率值高于副坝,说明主坝密实程度优于副坝,施工质量控制主坝高于副坝。对于副坝段的某2段低阻异常带,初步判定为坝体含水率较高所致。最后给出初步结论与建议。
Applied background, base principle and technical parameters of high density resistance rate method are presented in the present paper. The data of typical section are analyzed and concluded for KEZIER big dam. Results show that close-grained of main dam is preceded to auxiliary dam because value and homogeneous degree of resistance rate of main dam is higher than auxiliary dam, And construction quality of main dam is preceded to auxiliary dam.
出处
《安全与环境学报》
CAS
CSCD
2006年第B07期183-185,共3页
Journal of Safety and Environment
关键词
工程地震
克孜尔水库
高密度电法
检测
典型坝段
异常
engineering earthquake
Kerzier Reservoir
high density resistance rate method
detect
typical section
abnormity