anticlinal flank

简明释义

背斜翼;

英英释义

例句

1.During the survey, we discovered several faults along the anticlinal flank that could affect drilling operations, as these are 背斜侧翼上可能存在的断层。

在调查过程中，我们发现了沿着背斜侧翼的一些断层，这可能会影响钻探作业，因为这些是背斜侧翼上可能存在的断层。

2.We need to map the anticlinal flank thoroughly before proceeding with the drilling, since it is crucial for identifying 背斜侧翼的地质结构。

在进行钻探之前，我们需要彻底绘制背斜侧翼，因为这对于识别背斜侧翼的地质结构至关重要。

3.The formation's anticlinal flank provided a perfect trap for natural gas accumulation, making it a prime site for extraction, which means it's a 背斜侧翼为天然气积累提供了理想的捕集场所。

该层的背斜侧翼为天然气积累提供了完美的陷阱，使其成为开采的主要地点，这意味着它是一个背斜侧翼为天然气积累提供了理想的捕集场所。

4.The seismic data indicated a strong reflection at the anticlinal flank, suggesting the presence of hydrocarbons, which implies there are背斜侧翼可能存在碳氢化合物。

地震数据在背斜侧翼处显示出强烈的反射，暗示存在碳氢化合物，这意味着背斜侧翼可能存在碳氢化合物。

5.The geologist explained that the oil reservoir is located on the anticlinal flank, which is a 背斜侧翼 of the geological structure.

地质学家解释说，油藏位于背斜侧翼上，这是地质构造的一个背斜侧翼。

作文

In the study of geology, understanding the structure of the Earth is crucial for various applications, including natural resource exploration and environmental management. One important geological feature is the anticline, which is a type of fold that occurs in sedimentary rock layers. An anticline is characterized by an arch-like shape where the oldest rock layers are found at the core, while younger layers are located on the outer sides. Within this context, the term anticlinal flank refers to the sides or slopes of an anticline. These flanks are significant because they can indicate the potential for oil and gas reservoirs, as hydrocarbons tend to accumulate in these areas due to the structural configuration of the rocks.The formation of an anticlinal flank occurs through tectonic forces that compress the Earth's crust. This process leads to the bending and folding of rock layers, creating a series of ridges and valleys. The flanks of an anticline are typically symmetrical, although they can also be asymmetrical depending on the intensity of the forces involved. Understanding the characteristics of these flanks helps geologists predict the location of resources and assess the geological history of a region.For instance, in oil exploration, geologists often look for anticlinal flanks because the upward arching of the rocks can trap oil and gas beneath them. When sediments are deposited over time, they can create impermeable layers that seal the hydrocarbons, making these structures prime targets for drilling. Therefore, identifying the precise location and orientation of an anticlinal flank is essential for successful resource extraction.Moreover, the study of anticlinal flanks extends beyond natural resource exploration. It also plays a vital role in understanding seismic activity and earthquake risks. Areas with pronounced anticlines may experience different stress distributions, which can influence fault lines and seismic events. By analyzing the structural features of anticlines and their flanks, scientists can better assess the geological stability of a region and implement appropriate safety measures.In summary, the concept of anticlinal flank is fundamental in geology, particularly in the context of resource exploration and environmental safety. These geological features not only provide insights into the Earth’s history but also serve practical purposes in predicting the availability of natural resources and assessing geological hazards. By studying the formation and characteristics of anticlinal flanks, geologists can enhance our understanding of the complex processes that shape our planet, ultimately leading to more informed decisions regarding resource management and disaster preparedness.

在地质学研究中，理解地球的结构对于自然资源勘探和环境管理等各种应用至关重要。一个重要的地质特征是背斜，这是一种发生在沉积岩层中的褶皱类型。背斜的特点是呈弓形，上面最古老的岩层位于核心，而年轻的岩层则位于外侧。在这个背景下，术语anticlinal flank指的是背斜的两侧或坡度。这些坡度是重要的，因为它们可以指示油气储层的潜力，因其构造配置使得烃类物质倾向于在这些区域聚集。anticlinal flank的形成是由于构造力量对地壳的压缩。这一过程导致岩层的弯曲和折叠，形成一系列山脊和山谷。背斜的坡度通常是对称的，尽管根据所涉及力量的强度，它们也可能是非对称的。理解这些坡度的特征有助于地质学家预测资源的位置并评估一个地区的地质历史。例如，在石油勘探中，地质学家经常寻找anticlinal flanks，因为岩石的向上拱起可以在其下方捕获石油和天然气。当沉积物随着时间的推移而沉积时，它们可以形成不透水层，从而密封烃类，使这些结构成为钻探的主要目标。因此，确定anticlinal flank的确切位置和方向对于成功的资源开采至关重要。此外，anticlinal flanks的研究超越了自然资源勘探。它在理解地震活动和地震风险方面也发挥着重要作用。具有明显背斜的区域可能会经历不同的应力分布，这可能影响断层线和地震事件。通过分析背斜及其坡度的结构特征，科学家可以更好地评估一个地区的地质稳定性，并实施适当的安全措施。总之，anticlinal flank的概念在地质学中是基础性的，特别是在资源勘探和环境安全的背景下。这些地质特征不仅提供了对地球历史的洞察，还在预测自然资源的可用性和评估地质危险方面发挥实用作用。通过研究anticlinal flanks的形成和特征，地质学家可以增强我们对塑造我们星球的复杂过程的理解，最终导致在资源管理和灾害预防方面做出更明智的决策。