1) Induced foreshock
诱发前震
2) induced earthquake
诱发地震
1.
Mechanism of reservoir-induced earthquake and earthquake resistant fortification;
水库诱发地震机制与抗震设防
2.
Prediction of the reservoir induced earthquakes in the Ertan Hydropower Station;
二滩水电站水库诱发地震预测
3) induced seismicity
诱发地震
1.
So it is necessary to establish the database of Danjiangkou reservoir induced seismicity which will be applied to the prediction of seismicity,the quakeproof and redu.
所以,有必要对丹江口水库诱发地震数据建立基础数据库,为水库续建工程的地震预测,库区的防灾和减灾服务。
2.
So estimating the magnitude of reservoir induced seismicity is profound to the quakeproof and reducing disaster of reservoir area.
进行丹江口水库二期工程诱发地震危险性分析和预测震级对水库的防灾和减灾具有十分重要的意义。
4) induced earthquakes
诱发地震
1.
A brief introduction of fundamental and applied researches in the field of seismology engaged by the seismological division under KNMI has been given in the paper, the researches are focused on infrasound, induced earthquakes, mining law and the projects in the European centre for exchange and coordination of seismological data (ORFEUS) hosted by the seismological division.
简要介绍了荷兰皇家气象研究所(KNMI)地震部所进行的地震领域的基础和应用性研究,其中包括次声研究、诱发地震研究、采矿法以及地震部所主持的欧洲地震数据交换和协调中心的工作。
2.
The prediction ability of induced earthquakes is tested from statistical simulation.
用诱发地震的方法研究了 1 970年 1月 1日至 1 998年 1 2月 31日华北地区发生的 A-F- B震的关系 ,以及诱发地震的空间分布特征。
3.
The induced earthquakes happened near the well, the magnitudes of these earthquakes are small, the earthquake sources are shallow, and they belong to the main shock after shocktype or the swarmtype earthquakes, but not belong to the solitary type earthquakes.
通过对国内外众多震例的分析 ,发现了向深井抽 (注 )水 (液体 )诱发地震的一些普遍规律 :诱发地震的震中在井位附近 ,震级小 ,震源浅且多为主余震型或震群型 ,绝少有孤立型地震发生 ;诱发地震的多少和大小与抽 (注 )水的压力和数量相关 ;诱发地震一般在钻井时注入泥浆、洗井时注入高压清水或正常的地下水开采等 3种情况时马上发生 ,或滞后 1～ 2 0天发生 。
5) mining-induced earthquake
采矿诱发地震
1.
Features of focal mechanisms of mining-induced earthquakes: a case study of the Fushun Laohutai coal mine, Liaoning Province.;
采矿诱发地震的震源机制特征——以辽宁省抚顺市老虎台煤矿为例
6) reservoir-induced seismicity
水库诱发地震
1.
This paper introduces calculations of factal dimension of time,space,strength of reservoir-induced seismicity,taking Xin Fengjiang reservoir area as an example.
本文介绍了水库诱发地震的时间、空间、强度分维的计算，并以新丰江等水库为例计算了时空强分维，初步证实了水库诱震大震前中小地震时空强分维的降维现象，并对此进行了分析，认为降维是诱震、孕震系统从无序走向有序、自组织化趋势的结果和反映。
2.
Significant reservoir-induced seismicity(RIS) occurred in the Manwan reservoir area after the reservoir impounding;but the s.
通过对漫湾和大朝山两电站水库蓄水后库区地震活动、库区地层和断层特点、地震活动与库区地层和断层特点的关系进行分析,认为沿断层的库水渗透、岩溶塌陷、水库规模、高应力环境、规模较大断裂的通过和断层力学环境等,并不是这两个电站水库诱发地震活动的主要因素;而马街、腰街、哨街一带发育有NE和NW向断层,且多为正断层性质,断面多倾向水库一侧,这些断层的破裂可能是诱发水库地震集中发生的重要原因。
3.
As it affects the security of a dam seriously, research on e-valuation and prediction of reservoir-induced seismicity has received more attention .
水库诱发地震是人类开发水力资源的工程活动中出现的环境工程地质问题,因其对大坝和水库安全的重要影响而受到重视。
补充资料：前震
见地震。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条