1.
The geological records fall into four main groups concerned with different kinds of crustal activity.
地质记录根据与地壳活动有关的不同类型可以分为四个主要部分。
2.
Based on this, the relation between fracture fractal dimension and the Earth crust activity was discussed.
在此基础上,讨论了断裂尺度分形维数与地壳活动性的关系。
3.
This paper has-simPly introduced the sliding Markov chain method and its use in identifying the intensity of crustal activity.
本文简单地介绍了滑动马氏链方法,以及它在识别地壳活动强度中的应用。
4.
fixed theory and the mobilistic theory of crustal movements
地壳运动的固定论与活动论
5.
STUDY ON PRESENT-DAY VERTICAL CRUST MOVEMENT AND SEISMIC ACTIVITY IN XINJIANG AREA
新疆地区现今地壳垂直运动及地震活动研究
6.
Violent crust movements always happen near the continental shelf.
陆坡区域的地壳经常出现剧烈的活动。
7.
Crustal Structure and Analysis of Volcanic Activity in the Changbaishan Volcanic Area;
长白山火山区地壳结构研究及火山活动性分析
8.
Application of Active Block Method in Crustal Deformation
活动块体理论在地壳形变场研究中的应用
9.
Based on present crustal movement, the potential correlation between active crustal-block movement velocity and strong earthquake activity has been discussed.
文中还从现今地壳运动角度,讨论了活动地块运动速率与强地震活动水平之间的可能联系。
10.
At the Galapagos Rift, volcanic activity beneath two geologic plates renews the earth's crust.
在加拉帕戈斯裂谷，两地质板块下面的火山活动使地壳更新。
11.
A Seismic Study on the Detachment Layer in Middle Crust and Its Relation to Subdivision of Active Tectonics in North China
华北中地壳滑脱面及其活动分区的天然地震研究
12.
diastrophic eustatism
地壳变动海面升降运动
13.
FAULTING CHARACTERISTICS OF WENCHUAN EARTHQUAKE AND EVALUATION THEORY OF REGIONAL CRUSTAL STABILITY FOR ENGI NEERING
龙山门断裂带活动特征与工程区域地壳稳定性评价理论
14.
A sudden movement of the earth's crust caused by the release of stress accumulated along geologic faults or by volcanic activity.
地震由于地质断层积聚的压力被释放或由于火山活动引起的地壳的突然变动
15.
Earthquake:a sudden movement of the earth's crust caused by the release of stress accumulated along geologic faults or by volcanic activity.
地震:由于地质断层积聚的压力被释放或由于火山活动引起的地壳的突然变动.
16.
an instance of agitation of the earth's crust.
地壳的一次搅动情况。
17.
The mechanical strength of the crust and the seismicity of geotectonic units were strongly affected by geothermal characteristics of the units.
研究表明，各主要构造单元的地壳力学强度和地震活动性均受其地热特征的影响。
18.
Volcanoes and earthquakes have been frequent along a great fault or weakness in the crust along this line.
沿着这条线上的地壳中大断层或脆弱带火山活动和地震一向很频繁。