associated dike

简明释义

1. 伴生岩脉; 2. 互补岩墙; 3. 共生岩墙; 4. 结合岩墙; 5. 共轭岩墙;

英英释义

例句

1.During the flood, the associated dike played a crucial role in protecting the nearby town.

在洪水期间，相关堤坝在保护附近城镇方面发挥了至关重要的作用。

2.Local authorities are planning maintenance for the associated dike to ensure its longevity.

当地政府正在计划对相关堤坝进行维护，以确保其持久性。

3.After the storm, workers reinforced the associated dike to prevent future breaches.

暴风雨过后，工人们加固了相关堤坝以防止未来的决口。

4.The associated dike was built to manage the water levels of the adjacent river.

相关堤坝的建设是为了管理邻近河流的水位。

5.The engineers inspected the area around the associated dike to ensure it could withstand heavy rainfall.

工程师检查了相关堤坝周围的区域，以确保其能够承受强降雨。

作文

In the study of geology, understanding the formation and characteristics of volcanic structures is crucial. One such structure that often comes up in discussions is the associated dike. An associated dike (与之相关的岩脊) is a type of igneous intrusion that occurs when magma forces its way into fractures in the surrounding rock, creating vertical or near-vertical walls of hardened rock. These geological features are typically formed during volcanic activity and can provide valuable insights into the processes that shape our planet.The formation of an associated dike begins deep within the Earth, where intense heat and pressure cause rocks to melt and form magma. As this molten rock rises towards the surface, it may encounter existing fractures or weaknesses in the surrounding rock. When the magma invades these spaces, it cools and solidifies, resulting in the formation of a dike. The composition of the dike can vary depending on the source of the magma and the surrounding rock types, leading to a diverse range of geological features.One of the most fascinating aspects of associated dikes is their relationship with other volcanic formations. They often act as conduits for magma, allowing it to travel from deeper reservoirs to the surface, where it can erupt as lava flows or ash clouds. This connection between associated dikes and volcanic eruptions highlights their significance in understanding volcanic systems and predicting future activity.Moreover, studying associated dikes can also provide clues about the tectonic environment in which they formed. For instance, the orientation and distribution of dikes can indicate the direction of tectonic stresses and the history of faulting in an area. This information is crucial for geologists who aim to assess seismic risks and understand the geological history of a region.In addition to their scientific importance, associated dikes can also have practical implications. For example, the minerals found within these dikes can be economically significant. Many dikes are rich in valuable resources such as gold, copper, and other metals, making them targets for mining operations. Understanding the location and formation of associated dikes can therefore aid in resource exploration and extraction.In conclusion, the concept of the associated dike (与之相关的岩脊) is fundamental to the field of geology. These structures not only reveal the intricate processes of volcanic activity but also provide essential information about the Earth's tectonic movements. Their economic potential further underscores the importance of studying associated dikes, as they can lead to significant mineral discoveries. As we continue to explore and learn about these geological features, we gain a deeper appreciation for the dynamic nature of our planet and the forces that shape it.