水利工程防渗墙质量检测技术要点的探讨
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摘要
为满足水利工程防渗墙对施工质量、防渗能力高的要求,在施工完成后需要对防渗墙进行系统、全面的检查。在水利工程防渗墙质量检测中常用的检查技术是探地雷达检测技术,可对内部缺陷情况可以进行定性解译,从而掌握水利工程防渗墙施工质量,发现防渗薄弱环节及时处理,进而提升防渗墙的防渗能力,探地雷达检测技术是一种比较先进且系统的防渗前质量检测技术,基于此,以联合水库为例,分析了探地雷达检测技术在水利工程防渗墙质量检测中的具体应用方式和应用要点。
In order to meet the demands of impervious wall in hydraulic engineering on construction quality and high capacity against seepage, systemic overall inspection is needed for impervious wall after construction completion. The common technology used in impervious wall quality test is the technique to penetrate the ground with radar, which will explain the internal defects qualitatively, then to control the construction quality of impervious wall in water conservancy project, meanwhile, to find the leak links of leakage protection and conduct timely treatment, and then, to increase the capacity against seepage of impervious wall. It is a kind of advanced and systemic quality inspection technique before seepage protection, based on this, taking the combined reservoir as an example, the detailed application way and key points of the technique of ground penetrating with radar is analyzed in impervious wall quality test in water conservancy project.
In order to meet the demands of impervious wall in hydraulic engineering on construction quality and high capacity against seepage, systemic overall inspection is needed for impervious wall after construction completion. The common technology used in impervious wall quality test is the technique to penetrate the ground with radar, which will explain the internal defects qualitatively, then to control the construction quality of impervious wall in water conservancy project, meanwhile, to find the leak links of leakage protection and conduct timely treatment, and then, to increase the capacity against seepage of impervious wall. It is a kind of advanced and systemic quality inspection technique before seepage protection, based on this, taking the combined reservoir as an example, the detailed application way and key points of the technique of ground penetrating with radar is analyzed in impervious wall quality test in water conservancy project.
引文
[1]万柳青.水利工程防渗墙施工技术及质量控制措施分析[J].科技风,2018(15):192.
[2]郑鹏飞,王中涛,王志和.水利工程防渗墙施工技术及质量检测技术简述[J].科技创新与应用,2016(13):199.
[3]陈晓静.水利工程防渗墙施工技术及质量检测技术研究[J].建材与装饰,2017(36):296-297.
[4]叶治.水泥深层搅拌桩防渗墙施工质量检测[J].黑龙江水利科技,2015,43(11):53-55.
[5]唐华.水利工程施工中的质量检测探究[J].建材与装饰,2017(17):273-274.
[2]郑鹏飞,王中涛,王志和.水利工程防渗墙施工技术及质量检测技术简述[J].科技创新与应用,2016(13):199.
[3]陈晓静.水利工程防渗墙施工技术及质量检测技术研究[J].建材与装饰,2017(36):296-297.
[4]叶治.水泥深层搅拌桩防渗墙施工质量检测[J].黑龙江水利科技,2015,43(11):53-55.
[5]唐华.水利工程施工中的质量检测探究[J].建材与装饰,2017(17):273-274.