新建红25井、于105井内在观测质量探究  

Exploring the Intrinsic Observation Quality of the Newly Constructed Hong 25 and Yu 105 Wells

作　　者：鲜述东 王亮 刘重阳 刘丽 郭红霞 XIAN Shudong;WANG Liang;LIU Chongyang;LIU Li;GUO Hongxia(Linzhi Earthquake Monitoring Center Station,Seismological Bureau of Xizang Autonomous Region,Xizang Linzhi 860100,China;Jinzhou Earthquake Monitoring Center Station,Liaoning Jinzhou 121000,China)

机构地区：[1]西藏自治区地震局林芝地震监测中心站,西藏林芝860100 [2]锦州地震监测中心站,辽宁锦州121000

出　　处：《防灾减灾学报》2024年第4期42-48,共7页Journal of Disaster Prevention And Reduction

摘　　要：利用盘锦地区原有观测井口资料和观测成果与新建红25井、于105井进行对比分析,利用地下流体分析软件计算红25井和于105井各项评价指标,探究其观测数据内在质量,为地震预测预报和科学研究提供服务,同时也为国民经济建设提供了重要的应用依据,从而为今后开展地震深井观测具有借鉴意义。探究结果表明:新建深井内在质量优于本地区其它井口;深层水温数据不受季节变化影响,且传感器投放越深水温数据越稳定,观测数据内在质量越高。This paper uses the original observation wellhead data and observation results in Panjin area to compare and analyze with the newly built Hong 25 Well and Yu 105 Well,and uses the underground fluid analysis software to calculate the evaluation indicators of Hong 25 Well and Yu 105 Well,explore the intrinsic quality of their observation data,provide services for earthquake prediction and forecasting and scientific research,and provide an important application basis for national economic construction,so as to provide reference for future seismic deep well observation.The results show that the intrinsic quality of the new deep well is better than that of other wellheads in the area.The deep water temperature data is not affected by seasonal changes,and the deeper the sensor input,the more stable the data is and the higher the intrinsic quality of the observation data.

关 键 词：地震预测 观测质量 深井观测 深层水温 传感器 

分 类 号：P315.99[天文地球—地震学]