adjoining hole

简明释义

毗邻孔;

英英释义

例句

1.The architect designed the building with an adjoining hole for better ventilation.

建筑师设计了一个带有相邻孔的建筑，以便更好地通风。

2.During the excavation, they found an adjoining hole that led to a hidden chamber.

在挖掘过程中，他们发现一个通向隐藏室的相邻孔。

3.The plumber discovered an issue with the pipes connecting to the adjoining hole.

水管工发现与相邻孔连接的管道存在问题。

4.The two rooms were connected by an adjoining hole in the wall.

这两个房间通过墙壁上的一个相邻孔连接在一起。

5.We need to seal the adjoining hole to prevent any pests from entering.

我们需要封住这个相邻孔以防止害虫进入。

作文

In the realm of geology and environmental science, understanding the various features of the earth is crucial. One such feature that often comes up in discussions about landforms and excavation sites is the concept of an adjoining hole. An adjoining hole refers to a cavity or opening that is connected to another hole or cavity, typically sharing a common boundary. This term is particularly relevant in contexts such as mining, construction, and even natural formations like caves. When we think about mining operations, for example, the presence of adjoining holes can significantly affect the extraction process. If a mining site has multiple adjoining holes, it can lead to a more efficient extraction of resources, as workers can access different areas without having to create new openings. However, this also poses challenges in terms of safety and environmental impact. The interconnectedness of these holes can lead to instability in the surrounding area, potentially causing collapses if not managed properly. Moreover, in construction, understanding the implications of adjoining holes is vital for ensuring structural integrity. For instance, when digging foundations for buildings, engineers must take into account any adjoining holes that may exist nearby. These could be remnants of old construction, natural depressions, or even holes created by previous excavation work. Failing to recognize these features can lead to serious problems, including uneven settling of the building and increased risk of damage during seismic events. In the natural world, adjoining holes can also play a significant role in ecosystems. For instance, in cave systems, the presence of adjoining holes can create unique habitats for various species. Bats, for example, often roost in caves with multiple adjoining holes, allowing them to move freely between spaces while seeking shelter from predators. The interconnected nature of these holes helps maintain the delicate balance of the ecosystem within the cave. Furthermore, the study of adjoining holes extends to the field of archaeology. Archaeologists often encounter adjoining holes when excavating sites, which can provide insights into past human activities. For example, a series of adjoining holes may indicate a network of storage pits used by ancient civilizations. By analyzing the contents and arrangement of these holes, researchers can reconstruct historical lifestyles and trade practices. In conclusion, the term adjoining hole encompasses a variety of meanings across different fields, from geology to construction, ecology, and archaeology. Understanding the significance of adjoining holes allows professionals to make informed decisions that impact safety, efficiency, and environmental conservation. As we continue to explore and interact with our planet, recognizing the importance of these interconnected features will be essential in fostering a sustainable future. Ultimately, whether in a mining operation, a construction site, or a natural habitat, adjoining holes remind us of the complexity and interconnectivity of our environment, urging us to consider how our actions might influence the world around us.

在地质学和环境科学的领域中，理解地球的各种特征至关重要。其中一个常常出现在关于地貌和挖掘地点讨论中的概念是“相邻孔”的概念。“相邻孔”指的是与另一个孔或空腔相连的腔体或开口，通常共享一个公共边界。这个术语在矿业、建筑，甚至自然形成如洞穴等背景下尤其相关。当我们考虑采矿作业时，相邻孔的存在可以显著影响资源的提取过程。如果一个矿区有多个相邻孔，这可以提高资源提取的效率，因为工人可以在不同区域之间访问，而无需创建新的开口。然而，这也带来了安全和环境影响方面的挑战。这些孔的相互连接可能导致周围地区的不稳定，如果管理不当，可能会造成坍塌。此外，在建筑中，理解相邻孔的影响对确保结构完整性至关重要。例如，在为建筑物挖掘基础时，工程师必须考虑附近是否存在任何相邻孔。这些可能是旧建筑的遗迹、自然凹陷，甚至是以前挖掘工作所造成的孔。如果未能识别这些特征，可能会导致严重问题，包括建筑物的不均匀沉降和在地震事件中增加的损坏风险。在自然界中，相邻孔也在生态系统中发挥着重要作用。例如，在洞穴系统中，相邻孔的存在可以为各种物种创造独特的栖息地。例如，蝙蝠通常栖息在具有多个相邻孔的洞穴中，使它们能够在寻求避难时自由穿梭于不同空间。这些孔的相互连接有助于维持洞穴内生态系统的微妙平衡。此外，相邻孔的研究还扩展到考古学领域。考古学家在挖掘遗址时经常遇到相邻孔，这可以提供对过去人类活动的洞察。例如，一系列的相邻孔可能表明古代文明使用的储藏坑网络。通过分析这些孔的内容和排列，研究人员可以重建历史生活方式和贸易实践。总之，“相邻孔”这一术语在不同领域中包含了多种含义，从地质学到建筑、生态学和考古学。理解相邻孔的重要性使专业人士能够做出影响安全、效率和环境保护的明智决策。当我们继续探索和与我们的星球互动时，认识到这些相互关联特征的重要性将对促进可持续未来至关重要。最终，无论是在采矿作业、建筑工地还是自然栖息地，相邻孔都提醒我们环境的复杂性和相互联系，促使我们考虑自己的行为可能如何影响周围的世界。