聊古1井在不同取水模式下气体观测效果的对比分析

英文篇名：Contrastive analysis of gas observation effect under different water in taking patterns in Liaogu-1 well
中文刊名：中国地震
英文刊名：Earthquake Research in China
作者：李月强 ; 王华 ; 刘保华 ; 连凯旋 ; 崔娜 ; 孙丕锋 ; 冯恩国 ; 赵杰锋
英文作者：Li Yueqiang Wang Hua Liu Baohua Lian Kaixuan Cui Na Sun Pifeng Feng Enguo Zhao Jiefeng Liaocheng Seismic Hydrochemical Station ; Liaocheng 252000 ; Shandong ; China
中文关键词：聊古1井 ; 气体观测 ; 一致性 ; 天然自流 ; 人工引流
英文关键词：Liaogu-1 well Gas observation Consistency Natural self-flow Artificial drainage
出版日期：2011-06-15
机构：山东省地震局聊城地震水化试验站;
年：2011
期：02
出版单位：中国地震

摘要

为解决聊古1井断流问题,聊城地震水化试验站先后引进、开发了人工激发引流观测技术和潜水泵变频稳流抽水技术。对天然自流观测系统、人工激发引流观测系统和潜水泵变频稳流抽水观测系统等3种不同取水模式下产出的气体观测数据进行一致性分析。结果表明,人工激发引流观测系统下气体观测动态特征年变比较明显,潜水泵变频稳流抽水观测系统下气体观测动态特征与天然自流状态下的动态特征基本一致。
To solve the problem of drying-up,the artificial excitation drainage observation and frequency conversion with steady flow pumping by submersible pump have been developed in the Liaogu-1 well.This paper analyzes the gas observation data from three kinds of water in taking patterns,including self-flow,artificial excitation drainage and frequency conversion with steady flow pumping by submersible pump.The results reveal that the gas observation dynamic characteristics by frequency conversion with steady flow pumping by submersible pump is basically consistent with by self-flow.But compared with self-flow,there were visible changes by artificial excitation drainage.

引文

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