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   长期地震 的翻译结果: 查询用时:0.195秒
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长期地震
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  long-term earthquake
     Long-term Earthquake Prediction along the Western Coast of South and Central America Based on a Time Predictable Modelb
     美洲中南部西海岸长期地震预报的时间预测模型
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     Rainy climate are considered as an important factor for long-term earthquake prediction.
     认为气候多雨是长期地震预报中的一个可用重要因素。
短句来源
     During the recent decade, a new tendency of long-term earthquake forecasting or seismic potential study has been shifting gradually from deterministic analysis to probabilistic analysis.
     近十年来,长期地震预测或地震潜势研究的新趋势是:由确定性分析逐渐转向概率性分析。
短句来源
     These 12 indexes would provide significant basis for long-term earthquake forecasting, judment of potential seismogenic ability, seismic intensity zoning and seismic hazard assessment in the region of southern Sichuan basin.
     (12)莫霍面斜坡带。 这12项判别指标,可为四川盆地南部地区潜在的发震能力的判定、长期地震预报、地震烈度区划和震害预测提供重要的依据。
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     This paper mainly outlines the new progress made in plate motion,lithostatic stress field,fault mechanics,active structure and long-term earthquake prediction.
     文章主要对板块运动、岩石圈应力场、断层力学、活动构造、长期地震预测方面的新进展做了概略介绍。
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  “长期地震”译为未确定词的双语例句
     Estimate of maximum earthquake magnitude M 1 for a seismic period or episode and medium long term earthquake trend prediction
     地震活动期、幕最大地震M_1的估计及中-长期地震趋势预测
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     Long-term seismic activity prior to the December 26, 2004, off the west coast of northern Sumatra, Indonesia, M_W=9.0 earthquake was investigated using the Harvard CMT catalogue.
     使用哈佛CMT资料,研究了2004年12月26日印尼北苏门答腊以西近海MW9.0地震前的长期地震活动.
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     k-T relations of China's continent and adjacent area, Northern Qing-zang plateau and North China have been fitted, which have been used for middle- and long term seismic trend prediction of the above mentioned three areas.
     以中国大陆及邻区、华北地震区和青藏高原北区的拟合k-T关系,对这3个地震区的中一长期地震趋势进行了预测。
短句来源
     To analyze the long-term seismic potential,this paper divides the Taiyuan-Linfen portion of the Shanxi graben system into 5 seismogenic segments. Based on data of historical earthquakes and GPS observation,the authors estimate mean seismic-moment rates and average recurrence intervals of strong earthquakes for the individual segments,and further analyze relative levels of current stress cumulation on the segments based on mapping b -values along the graben system by using the network seismic data for the recent over 30 years.
     为了分析长期地震危险性 ,本文将山西断陷带太原—临汾部分划分为 5个震源段 ,根据历史地震和GPS观测资料 ,估算出各段的平均地震矩率与强地震平均复发间隔 ,进而根据最近 30多年的台网地震资料计算获得的b值图象 ,分析不同段落现今应力积累的相对水平 .
短句来源
     Outline of Long-Term Seismic Zoning Map of China
     中国长期地震区划图简介
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  相似匹配句对
     An Earthquake
     地震
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     Long-term probabilistic forecasting of earthquakes
     地震长期概率预测
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     Earthquake
     地震
短句来源
     Outline of Long-Term Seismic Zoning Map of China
     中国长期地震区划图简介
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     Long-Lived Assets
     长期资产
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  long-term earthquake
A Long-term earthquake forecast for the Kuril-Kamchatka Island arc for the period 2006-2011 and a successful forecast of the MS
      
Results are reported from continuous long-term earthquake prediction work for the Kuril-Kamchatka island arc using the patterns of seismic gaps and the seismic cycle.
      
Spatial and temporal synthesized probability gain for middle and long-term earthquake forecast and its preliminary application
      
The principle of middle and long-term earthquake forecast model of spatial and temporal synthesized probability gain and the evaluation of forecast efficiency (R-values) of various forecast methods are introduced in this paper.
      
An application of the time- and magnitude-predictable model to long-term earthquake prediction in eastern Anatolia
      
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In this Paper, the author attempts to present some of his own viewpoints regarding the occurrence of earthquakes in relation to geological structures:(1) The generating force of earthquakes;(2) Relations between faults and earthquakes;(3) Seismically stable regions and active regions;(4) Seismically quiet periods and active periods;(5) Shallow earthquakes and deep focus earthquakes;(6) Vertical and horizontal crustal deformations. It is believed that force causing horizontal movement perhaps constitutes the...

In this Paper, the author attempts to present some of his own viewpoints regarding the occurrence of earthquakes in relation to geological structures:(1) The generating force of earthquakes;(2) Relations between faults and earthquakes;(3) Seismically stable regions and active regions;(4) Seismically quiet periods and active periods;(5) Shallow earthquakes and deep focus earthquakes;(6) Vertical and horizontal crustal deformations. It is believed that force causing horizontal movement perhaps constitutes the maingenerating force of earthquakes and thus repeated geodetic measurements in seismic active areas for deterting horizontal crustal deformations may be helpful in making medium and long range earthquake prediction.

在地震和地质构造关系上,作者对以下几个问题阐述了自己的看法:(1)地震发生的动力;(2)断层和地震的关系;(3)浅源地震和深源地震;(4)稳定区与活动区;(5)平静期与活动期;(6)垂直地形变与水平地形变.作者认为地壳的水平移动可能是发震的主要动力,因此认为在常发震区经常进行大地测量,观察各地的水平地形变,对中、长期地震预报可能起到有效的作用.

We have studied the relationship between the climatic changes and the strong earthquakes in North China by establishing the threshold regressive model and found that there exist evidently the relation of delay time about 12 years. The rule of delay is also proved out in other earthquake regions including China, Japan and America. Rainy climate are considered as an important factor for long-term earthquake prediction.

本文通过建立门限回归模型,研究了华北地区气候变化与强震发生的关系,发现明显有大约12年的延时相关。该延时尺度对中国其它地区和日本、美国的地震活动也同样适合。认为气候多雨是长期地震预报中的一个可用重要因素。

According to the earthquake records of 2000 years in North China, the time distribution of earthquake is heterogenous, which can be divided into two time-scales: the seismic active period(about 300 years) and the subdivided seismic active episode(about 20 years). The division of the space distribution of seismic period and seismic episode is extensive and very distinct in its changement, which shows the change of regional stress field. Both the division of the active periods, episodes and the research of their...

According to the earthquake records of 2000 years in North China, the time distribution of earthquake is heterogenous, which can be divided into two time-scales: the seismic active period(about 300 years) and the subdivided seismic active episode(about 20 years). The division of the space distribution of seismic period and seismic episode is extensive and very distinct in its changement, which shows the change of regional stress field. Both the division of the active periods, episodes and the research of their space migration are very inpor-tant for internedate-long term earthquake prediction.

中国华北地区二千年的地震记录表明,地震的时间分布是非均匀的,可以分成三百年左右的地震活跃期,其间可再分出二十年左右的地震活跃幕。期和幕的划分有一定的广泛性。期和幕的空间分布变化明显,它反映了区域应力场的变化。期和幕的划分及其空间转移的研究,对中、长期地震预报具有重要作用。

 
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