Third, it is shallow earthquake.
三是浅源地震。
So this was a very shallow earthquake, which means it would tend to be more destructive.
这次的地震是一个非常浅表的地震，也就意味着它将更具有破坏性。
So this was a very shallow earthquake , which means it would tend to be more destructive .
这次的地震是一个非常浅表的地震，也就意味着它将更具有破坏性。
Statistical data show that 50% of the strong shallow earthquake sequences were followed by strong late aftershocks.
统计表明在浅源强震序列中，发生晚期强余震的机会约为百分之五十。
'With a strong and shallow earthquake like this in such a populated area, it could really cause substantial damage,' he said.
他说，在这样一个人口稠密地区发生强烈的浅层地震，真的有可能造成重大破坏。
According to the analysis of shallow earthquake in Beipiao mining area, the author conclude that modern tectonic stress field plays dominant role in occurrence of geo-dynamic disaster.
通过对北票矿区浅源地震的分析，认为现今构造应力场和断裂对矿震等地质动力灾害的发生起控制作用。
Making matters worse, the earthquake was relatively shallow, at a depth of five miles, the U.S. Geological Survey said.
更糟糕的是，据美国地质调查局说，这是一次相对浅层的地震，震中距地面仅五英里。
In addition, the earthquake was relatively shallow, Presgrave said, and those kinds of quakes tend to do more damage near the epicenter than deeper ones.
而且这次地震震核较浅，一般来说震核浅的地震会比震核深的地震对震中附近地区造成更多破坏，他补充到。
"The depth of this earthquake in Haiti was very shallow meaning that the energy that was released is very close to the surface," said Carrieann Bedwell of the USGS and NEIC.
美国地质勘探局（USGS）和国家地震信息中心（NEIC）的凯瑞恩·贝德威尔（CarrieannBedwell）说，“海地地震的深度非常浅，就是说，其释放的能量离地面非常近。”
Using this model can explain earthquake migration, correlative phenomena relating to shallow shocks and deep earthquake et al.
用本模型可以解释浅源地震迁移、各地震区地震与深震活动相关等现象。
Shallow seismic prospecting is one of the indispensable and important prospecting methods in earthquake zoning of cities.
浅层地震勘探是城市地震小区划中不可缺少的重要勘探手段之一。
Earthquake activity is confined to a rather shallow surface zone along such belts of divergence.
地震活动就限制在沿着这种扩散带的较浅的表面地带上。
We think that the manifold combinations of earthquake faults are the micro mechanism based upon which the large regional shallow crust mass has been moving continually.
笔者认为，多种形式的地震破裂组合，是大面积地壳浅层物质持续运移得以实现的微观机制。
This paper used earthquake technology of shallow layer and measuring technology in single hole combining means of engineering geological A structure in Humin road .
利用浅层地震技术和深孔波速测试技术，结合工程地质勘察和地质钻孔资料对沪闵路高架桥工程场地作地基评价。
Now the truth was, a recent earthquake had greatly reduced the depth of the well and the water was getting very shallow.
实际情况是，最近的一次地震把井底大幅度抬高了，井水变得越来越浅。
We believe, as a additional force source, water level of shallow well acts on the crustal rock in form of fluid loading, pore pressure and chemical erosion, which promotes the Zhangbei earthquake.
认为浅井水位作为一种附加力源，以流体载荷、孔隙压力、化学腐蚀的形式作用于地壳岩石，对张北地震的发生起到了促进作用。
Making matters worse, the earthquake was relatively shallow, at a depth of five miles, the U. S. Geological Survey said.
更糟糕的是，据美国地质调查局说，这是一次相对浅层的地震，震中距地面仅五英里。
Shallow crevasses can form during earthquake -induced landslides , lateral spreads, or other types of ground failures .
地震可以引起浅层裂缝，包括山崩、横向拉伸或其他形式的地表事故。
The blasting earthquake wave of shallow tunnel differentiates that from other kind of blasting.
浅埋隧道掘进爆破振动特征有别于其他类型的爆破。
Third, it is shallow-focus earthquake.
三是浅源地震。
The earthquake was relatively shallow.
这次地震震核较浅。
A mimetic statics numeric method on earthquake resistance analysis of shallow buried tunnels is introduced in this paper.
提出一种用于浅埋隧道抗震分析的拟静力数值方法。
We're referring to integrate with the shallow layer of earthquake in Hangzhou urban geological survey in this paper.
本文结合杭州市城市地质调查中浅层地震勘探，在第四系厚覆盖区，针对查明基岩埋深、确定松散沉积层的分层。
The earthquake shaking the surface subsidence, the shallow groundwater will be squeezed along the cracks rose to the surface, take a sandblasting water phenomenon.
地震的晃动使表土下沉，浅层的地下水受挤压会沿地裂缝上升至地表，形成喷沙冒水现象。
Shallow crevasses can form during earthquake-induced landslides, lateral spreads, or other types of ground failures.
地震可以引起浅层裂缝——包括诱发性滑坡、横向拉伸型滑坡或其他形式的地表破裂。
The higher the frequency of the artificial earthquake wave, electromagnetic wave and sonic wave, the higher the resolution, but the attenuation is very fast and the exploration depth is very shallow.
人工地震波、电磁波和声波的频率越高，分辨率越高，但衰减快，可探测深度也降低。
The higher the frequency of the artificial earthquake wave, electromagnetic wave and sonic wave, the higher the resolution, but the attenuation is very fast and the exploration depth is very shallow.
人工地震波、电磁波和声波的频率越高，分辨率越高，但衰减快，可探测深度也降低。
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