CN101825719A - 深层声纳诊断预报地震方案 - Google Patents

深层声纳诊断预报地震方案 Download PDF

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CN101825719A
CN101825719A CN201010154685A CN201010154685A CN101825719A CN 101825719 A CN101825719 A CN 101825719A CN 201010154685 A CN201010154685 A CN 201010154685A CN 201010154685 A CN201010154685 A CN 201010154685A CN 101825719 A CN101825719 A CN 101825719A
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earthquake
infrasonic
predicting
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李启山
李启春
冷涛
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Abstract

本发明公开了深层声纳诊断预报地震方案,属于预报地震设施建设加工技术领域。其特征在于:在地震监测区域,利用地质勘探无结果探井或直接向岩石位置和深度钻孔,在孔的底部固定声纳接收器,以通过避开非地震次声波的干扰,来采集地下断层释放弹力前由缓慢到剧烈变化过程中的次声波信号,再由导线输送到地面接通记录仪和计算机联网处理系统,以预报震前弹力即将释放的危险信号等级来实现预报地震。据此,可以实现有效的避开非地震次声波的干扰,通过采集震源断层酝酿过程中由星体弱物质层之间弹力动压旋转效应(PR=KρeωmPeVr/r2)和地球自转速度减缓造成的压力缓增效应(Gp>Ge)导致的地球内部构造性运动中弹力积累及释放形成次声波的准确信号来预报地震。

Description

深层声纳诊断预报地震方案
技术领域
本发明公开的深层声纳诊断预报地震方案,属于预报地震设施建设加工技术领域。
背景技术
现有技术中,在监测地震方面,由于使用的像次声波测量仪、地磁仪、地应力仪等仪器,同时要受到风暴、磁暴、雷电、台风、大气微量震动,惊涛拍岸、工程爆破、军事轰炸演练、火箭发射、火车高速行驶、飞机飞行、汽笛长呜等次声波的干扰难以依据其所采集的数据用来临震前预报地震。所以,在技术上避开非地震次声波的干扰是保障地震监测仪器采集数据可靠性的有效措施。恰恰由于过去在这方面没有作出实际有效的努力,而使得预报地震工作未能成为现实。
发明内容
本发明公开的深层声纳诊断预报地震方案,其目的在于:在地震监测区域尽量接近于岩石位置和深度的孔的底部固定声纳接收器,以通过避开非地震次声波的干扰,来采集地下断层释放弹力前由缓慢到剧烈变化过程中的次声波信号,再由导线输送到地面接通记录仪和计算机联网处理系统,以预报震前次声波是代表地震酝酿过程中为主的物理量所反映出来的岩层积累弹力即将释放的危险信号等级来实现预报地震。
本发明公开的深层声纳诊断预报地震方案,其先进性在于:可以实现有效的避开非地震次声波的干扰,通过采集震源断层酝酿过程中由星体弱物质层之间弹力动压旋转效应(PR=KρeωmPeVr/r2)和地球自转速度减缓造成的压力缓增效应(Gp>Ge)导致的地球内部构造性运动中弹力积累及释放形成次声波的准确信号来预报地震。因为,地震震前及震时,次声波是代表地震酝酿过程中为主的物理量,像有些动物,它们就是依靠感受震前次声波的异常反应做出危险信号判断的。所以,科学的模仿这一点,从中尽可能的避开非地震次声波的干扰,才能够在真正意义上实现预报地震这一课题。
附图说明
附图1为本发明公开的深层声纳诊断预报地震方案实施例示意图。
在附图1中,1为地震监测区域;2为记录仪和计算机联网处理系统;3为导线;4为声纳接收器。
具体实施方式
见附图1,本发明公开的深层声纳诊断预报地震方案,在具体实施方面在于:在地震监测区域1,利用地质勘探无结果探井或油田废弃的油井或直接向接近于岩石位置和深度钻孔,在孔的底部固定声纳接收器4,以通过避开非地震次声波的干扰,来采集地下断层释放弹力前由缓慢到剧烈变化过程中的次声波信号,再由磁电声热屏蔽高强度导线3输送到地面接通记录仪和计算机联网处理系统,以预报震前次声波是代表地震酝酿过程中为主的物理量所反映出来的岩层积累弹力即将释放的危险信号等级来实现预报地震。
本发明公开的深层声纳诊断预报地震方案,其先进性在于:可以实现有效的避开非地震次声波的干扰,通过采集震源断层酝酿过程中由星体弱物质层之间弹力动压旋转效应(PR=KρeωmPeVr/r2)和地球自转速度减缓造成的压力缓增效应(Gp>Ge)导致的地球内部构造性运动中弹力积累及释放形成次声波的准确信号来预报地震。

Claims (1)

1.一种深层声纳诊断预报地震方案,是在地震监测区域(1),利用地质勘探无结果探井或油田废弃的油井或直接向接近于岩石位置和深度钻孔,在孔的底部固定声纳接收器(4),以通过避开非地震次声波的干扰,来采集地下断层释放弹力前由缓慢到剧烈变化过程中的次声波信号,再由磁电声热屏蔽高强度导线(3)输送到地面接通记录仪和计算机联网处理系统(2),以预报震前次声波是代表地震酝酿过程中为主的物理量所反映出来的岩层积累弹力即将释放的危险信号等级来实现预报地震。
CN201010154685A 2010-04-26 2010-04-26 深层声纳诊断预报地震方案 Pending CN101825719A (zh)

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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN108662982A (zh) * 2018-05-18 2018-10-16 惠安县金建达电子科技有限公司 一种基于gps及北斗卫星精确测量移岛的装置与方法
CN108732613A (zh) * 2018-05-18 2018-11-02 惠安县金建达电子科技有限公司 一种激光深度测量仪
CN108919341A (zh) * 2018-05-18 2018-11-30 惠安县金建达电子科技有限公司 一种微型地下检震房

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN108662982A (zh) * 2018-05-18 2018-10-16 惠安县金建达电子科技有限公司 一种基于gps及北斗卫星精确测量移岛的装置与方法
CN108732613A (zh) * 2018-05-18 2018-11-02 惠安县金建达电子科技有限公司 一种激光深度测量仪
CN108919341A (zh) * 2018-05-18 2018-11-30 惠安县金建达电子科技有限公司 一种微型地下检震房

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