2) seismic hazard
地震危险性
1.
Primary Study on Probabilistic Prediction of Seismic Hazard in the Period of Ten Years;
十年尺度地震危险性概率预测方法的初步研究
2.
A building seismic hazard evaluation system was established in respect of the safety management,earthquake-resistance design,earthquake-resistance equipment and emergency equipment.
从安全管理、抗震设计、抗震设备和应急设备等4个方面建立了建筑物地震危险性的评价体系,利用模糊数学综合评判方法对唐山某大型商场地震危险性进行定量综合评价。
3.
Firstly, seismic geology condition of the engineering site is expounded, secondly,on the basis of analysis of seismic hazard of the engineering site, one dimension earthquake response of soil layer is analysed and computed, and finally parameter of earthquake ground motion of the engineering site is determined for earthquake resistant design as a proof.
以咸阳某工程场地为例 ,首先阐述了场地的地震地质条件 ,然后在场地地震危险性概率分析的基础上 ,对场地土层进行一维地震反应分析计算 ,确定了该工程场地地震动参数 ,为抗震设计提供了依据。
3) seismic risk
地震危险性
1.
The affection of aftershock activity in seismic risk evaluation —taking Xingtai aftershock area as example;
地震危险性评价中余震活动的影响—以邢台余震区为例
2.
Seismic Risk Analysis in Downtown Areas of Chongqing;
重庆主城区地震危险性分析
3.
The historical earthquake records more than 800 years and modern instrumental data reveal that there is potential seismic risk in and around the Taiwan Strait region.
台湾海峡的地质构造背景及GPS网站的地壳运动速度观测数据表明,中国大陆福建沿海、台湾海峡与台湾岛北部地壳的水平运动基本保持了整体趋势;800余年的地震资料显示了台湾海峡及其附近地区的潜在地震危险性分布;中国地震动参数区划研究表明了台湾海峡北段的地震危险性较低。
4) earthquake risk
地震危险性
1.
This paper presents an analysis of seismogeological background and earthquake risk in the Xiuyan county,Liaoning Province some research results can be triefly described as follow:(1)The Pianling area situated in the north-west part of Xiuyan county is a seismicity one with seismogenic structure caused the earthquakes of magnitude 5-6.
本文在分析辽宁岫岩地区地质构造、新构造运动、地震活动、地球物理场及深部构造等资料的基础上,对岫岩地区的地震地质背景和地震危险性作了分析和研究。
2.
The earthquake risk and sismicity for the next 50 years in North China were analysed and predited by the extremum and b value method.
应用极值理论和b值方法对华北地震区未来50年的地震危险性和活动水平进行了分析,给出了各震级档次地震发生的概率预测。
3.
By synthetical analysis of technical route of earthquake risk assessment of urban active fault,seismic environment and division of potential seismic source zone in research area around Harbin City,and activity characteristics of the main faults in target area,the.
通过对城市活动断层地震危险性评价的技术思路、哈尔滨市工作区的地震地质环境与潜在震源区划分、目标区主要断裂活动特征的综合分析,确定了目标区内3条主要断裂未来可能发生地震的最大震级,并以兴安-东蒙活动地块与工作区作为分析的两种范围尺度,在适当调整工程地震学地震危险性概率分析方法的基础上,综合估算了目标区和目标区内单条断裂未来100年的发震概率。
5) risk of induced earthquake
诱震危险性
1.
The prediction of potential risk of induced earthquake in the Jiemian reservoir of Fujian Province;
本文根据库区主要断裂活动、地质构造背景和国内外已发生水库诱发地震震例资料,结合尤溪街面水库库区的具体情况,应用概率预测法,综合影响参数预测法,两级模糊评判法,发育断裂长度预测震级法和历史地震最高震级预测法等方法,对街面水库诱震危险性和可能诱发的最大震级进行研究。
6) Seismic Fatalness
地震危险性
1.
(1) In this paper, seismic fatalness is estimated by using data with different accuracies.
通过对葫芦岛地区构造地质特征、历史和区域地震活动情况、地震的时空分布特征等问题的深入研究,对葫芦岛及其周围地区地震危险性进行了评估。
补充资料：连续性与非连续性(见间断性与不间断性)
连续性与非连续性(见间断性与不间断性)
continuity and discontinuity
11an父ux泊g四f“山。麻以角g、.连续性与非连续性(c。nt，n琳t:nuity一)_见间断性与不间断性。and diseo红ti-
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