intraplate

简明释义

英[ˈɪntrəˌpleɪt]美[ɪntrəpˈleɪt]

内陆板块

英英释义

单词用法

同义词

反义词

例句

1.The geometry and inner structures as well as the kinematics of the east-west dextral strike-slip fault system in the middle segment of the intraplate Yanshan orogenic belt are described.

阐述了分布于燕山板内造山带中段的近东西向中生代右行走滑构造系统的几何学与运动学特征。

2.The concept of structural continuous belt is presented and is taken as a structural unit to deal with, which is considered as a valuable way to study the intraplate structure.

提出构造不连续带的概念，把它作为一种构造单元来研究，可能是研究板内构造的一种有效方法。

3.These earthquakes are called intraplate earthquakes.

这种地震叫板块内部地震。

4.Two orogenic types, intraplate and marginal orogenies, were recognized by the evidence of main indicators of orogenic process.

根据造山作用的主要标志识别出板内造山和板缘造山两种主要造山作用类型。

5.The use of plasticized rosin as an analog material of the ductile lower lithosphere provides an effective approach to modelling intraplate plastic flow network and multi layer tectonic deformation.

采用塑化松香作为岩石圈延性下层的相似材料，进行了板内塑性流动网络及多层构造变形的物理模拟实验。

6.It was an intraplate earthquake that occurred along the Pacific coast of Chile in South America in 1960.

它是1960年沿南美洲智利的太平洋海岸发生的板块间地震。

7.The largest intraplate earthquakes known struck in central Asia and in the Indian Ocean in 1905, 1920, and 1957.

目前人们所知道的在中亚和印度洋的最大地震，发生在1905年、1920年和1957年。

8.The use of plasticized rosin as an analog material of the ductile lower lithosphere provides an effective approach to modelling intraplate plastic flow network and multi layer tectonic deformation.

采用塑化松香作为岩石圈延性下层的相似材料，进行了板内塑性流动网络及多层构造变形的物理模拟实验。

9.The intraplate 板内 volcanic activity in this area is quite rare compared to other regions.

该地区的板内 intraplate 火山活动相较于其他地区非常罕见。

10.The formation of certain mountain ranges can be attributed to intraplate 板内 forces.

某些山脉的形成可以归因于板内 intraplate 力量。

11.Scientists study intraplate 板内 earthquakes to understand their causes better.

科学家研究板内 intraplate 地震，以更好地理解其成因。

12.Researchers are investigating the intraplate 板内 dynamics of tectonic plates.

研究人员正在调查构造板块的板内 intraplate 动力学。

13.The geology of the region is influenced by intraplate 板内 stresses that create unique formations.

该地区的地质受到了板内 intraplate 应力的影响，形成了独特的地貌。

作文

The term intraplate refers to geological processes that occur within a tectonic plate, rather than at its boundaries. This concept is crucial for understanding various geological phenomena that do not conform to the traditional patterns of plate tectonics. For instance, most earthquakes and volcanic activities are associated with the edges of tectonic plates; however, some significant geological events take place far from these boundaries. These occurrences challenge our understanding of how tectonic plates interact and how stress can be released in unexpected locations.One prominent example of intraplate activity is the New Madrid Seismic Zone in the central United States. This area experienced a series of powerful earthquakes in the early 19th century, despite being located away from any active plate boundary. The earthquakes were so strong that they caused the Mississippi River to flow backward temporarily. This event highlighted the importance of recognizing intraplate seismicity, which can have devastating effects on regions that are not typically considered earthquake-prone.Similarly, volcanic activity can also be classified as intraplate. The Hawaiian Islands are formed by a hotspot, which is an area where magma from deep within the Earth rises to the surface. This volcanic activity occurs within the Pacific Plate, far from the plate's boundaries. The formation of the islands over millions of years illustrates how intraplate processes can create significant geological features independent of tectonic plate interactions.Understanding intraplate geology is essential for assessing risks and preparing for natural disasters. Areas that are not near plate boundaries may still experience significant seismic or volcanic activity, posing risks to local populations. For example, many regions in the United States, such as the Midwest, do not have a history of major earthquakes, yet they are located above ancient faults that could potentially reawaken. By studying intraplate processes, scientists can better predict and mitigate the impacts of such geological events.Moreover, intraplate phenomena are not limited to earthquakes and volcanoes. They can also include the formation of rift valleys and other geological structures. For instance, the East African Rift is an example of an intraplate rifting process, where the African continent is slowly splitting apart. This rifting can lead to the formation of new lakes, mountains, and other geological features that significantly alter the landscape.In conclusion, the study of intraplate processes is vital for a comprehensive understanding of Earth's geology. It reveals the complexity of the planet's internal dynamics and highlights the need for ongoing research in this field. As we continue to explore the intricacies of our planet, recognizing the significance of intraplate activity will help us prepare for and respond to the geological challenges that lie ahead. By expanding our knowledge of these processes, we can enhance our ability to safeguard communities and ecosystems from the unpredictable nature of Earth's geological forces.

术语intraplate指的是发生在构造板块内部的地质过程，而不是在其边界处。这个概念对于理解那些不符合传统板块构造模式的各种地质现象至关重要。例如，大多数地震和火山活动与构造板块的边缘相关；然而，一些重大的地质事件发生在这些边界远离的地方。这些现象挑战了我们对构造板块如何相互作用以及应力如何在意想不到的位置释放的理解。一个突出的intraplate活动的例子是美国中部的新马德里地震带。这个地区在19世纪初经历了一系列强烈的地震，尽管它位于任何活跃的板块边界之外。这些地震强度如此之大，以至于一度导致密西西比河逆流。这个事件突显了认识intraplate地震活动的重要性，因为这可能对那些通常不被认为容易发生地震的地区造成毁灭性的影响。同样，火山活动也可以归类为intraplate。夏威夷群岛是由热点形成的，热点是地球深处的岩浆上升到表面的区域。这种火山活动发生在太平洋板块内，远离板块的边界。数百万年间岛屿的形成展示了intraplate过程如何独立于构造板块的相互作用而创造出重要的地质特征。理解intraplate地质学对于评估风险和准备自然灾害至关重要。那些不靠近板块边界的地区仍然可能经历显著的地震或火山活动，对当地居民构成风险。例如，美国许多地区，如中西部，并没有重大地震的历史，但它们位于古老断层之上，这些断层可能会重新苏醒。通过研究intraplate过程，科学家可以更好地预测和减轻这些地质事件的影响。此外，intraplate现象不仅限于地震和火山。它们还可以包括裂谷和其他地质结构的形成。例如，东非裂谷就是一个intraplate裂谷过程的例子，在这里，非洲大陆正在缓慢分裂。这种裂谷可能导致新湖泊、山脉和其他显著改变地貌的地质特征的形成。总之，研究intraplate过程对于全面理解地球的地质学至关重要。它揭示了地球内部动态的复杂性，并强调了在这一领域持续研究的必要性。随着我们继续探索我们星球的复杂性，认识到intraplate活动的重要性将帮助我们为未来的地质挑战做好准备和应对。通过扩大我们对这些过程的知识，我们可以增强保护社区和生态系统免受地球地质力量不可预测性质影响的能力。