人民长江
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摘要: 为了解某水库蓄水后对库区古滑坡体的影响,对该滑坡体建立了自动化安全监测系统。监测项目包括表面及内部变形、地下水位、降雨量及库水位,系统采用太阳能供电、GSM通讯。通过对滑坡体安全监测资料分析,认为该滑坡体目前基本稳定;当水库水位在149 m以上骤降时,地下水位滞后于库水位下降,不利于滑坡体稳定,应提高观测频次及资料分析。
关键词: 滑坡体, 库水位, 地下水位, 库区
Abstract:
In order to understand the influence of a reservoir impoundment on an ancient landslide in the reservoir area, the automatic safety monitoring system with GSM communication and powered by solar energy has been established in the landslide. The monitoring items include the surface and internal deformation, groundwater level, rainfall and reservoir water level. Through the analysis of the safety monitoring data of the landslide, it is believed that the landslide is stable at present. When the water level falls quickly from 149m level, the variation of underground water level obviously lags behind the variation of reservoir water level, which is adverse to the stability of the landslide, so the observation frequency and data analysis should be strengthened.
Key words: landslide body, reservoir water level, groundwater level, reservoir area
周克明. 某水库库区古滑坡体安全监测与资料分析[J]. 人民长江, doi: 10.16232/j.cnki.1001-4179.2016.15.012.
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http://www.rmcjzz.com/CN/Y2016/V47/I15/59