large fracture

简明释义

大冰隙

英英释义

例句

1.During the geological survey, they discovered a large fracture (大裂缝) in the rock formation.

在地质勘查中，他们发现岩层中有一条large fracture (大裂缝)。

2.The engineer noted a large fracture (大裂缝) in the bridge's support beam during the inspection.

在检查过程中，工程师注意到桥梁支撑梁上有一条large fracture (大裂缝)。

3.After the fall, she was diagnosed with a large fracture (大骨折) in her wrist.

摔倒后，她被诊断出手腕有一个large fracture (大骨折)。

4.The construction team had to reinforce the building due to a large fracture (大裂缝) in the foundation.

由于基础出现了一个large fracture (大裂缝)，施工团队不得不加固建筑物。

5.The doctor confirmed that the athlete had a large fracture (大骨折) in his leg after the accident.

医生确认这名运动员在事故中腿部有一个large fracture (大骨折)。

作文

In the field of geology, understanding the various types of fractures is essential for comprehending the Earth's structure and behavior. One significant type of fracture is a large fracture, which refers to a substantial break or crack in geological formations that can have considerable implications for natural resource extraction, seismic activity, and environmental stability. A large fracture can occur due to tectonic movements, where the Earth's plates shift and create immense stress on the rocks, leading to a rupture. This phenomenon is not only fascinating from a scientific perspective but also critical for industries such as mining and oil extraction. When a large fracture occurs, it can alter the landscape dramatically. For instance, it may create new pathways for water flow, which can affect local ecosystems. Additionally, these fractures can serve as conduits for mineral deposits, making them prime areas for exploration. However, they also pose risks, particularly in regions prone to earthquakes. A large fracture can indicate potential seismic activity, as the stress accumulated along the fault line can lead to sudden releases of energy, resulting in tremors. The study of large fractures also extends into the realm of civil engineering. Engineers must consider these geological features when designing infrastructure, especially in earthquake-prone areas. Buildings and bridges need to be constructed with materials and designs that can withstand the forces generated by potential seismic events associated with large fractures. This consideration is crucial in ensuring public safety and minimizing damage during natural disasters. Moreover, understanding large fractures is vital for environmental conservation. These fractures can influence groundwater movement and quality, impacting both human populations and wildlife. For example, if a large fracture allows contaminants to seep into aquifers, it can pose serious health risks. Thus, monitoring and managing these geological features is essential for sustainable development. In summary, a large fracture is more than just a physical break in the Earth; it represents a complex interplay of geological processes that affect our environment, economy, and safety. As we continue to study these fractures, we gain valuable insights that can help us mitigate risks and harness the resources they provide. The importance of understanding large fractures cannot be overstated, as they play a crucial role in shaping our planet and influencing human activities. Through ongoing research and technological advancements, we hope to better predict and respond to the challenges posed by these significant geological features.

在地质学领域，理解各种类型的裂缝对于理解地球的结构和行为至关重要。其中一个重要的裂缝类型是大裂缝，它指的是地质构造中较大的断裂或裂缝，这对自然资源的开采、地震活动和环境稳定有着重要影响。大裂缝可能由于构造运动而发生，当地球的板块移动并对岩石施加巨大的压力时，就会导致断裂。这种现象不仅从科学角度来看令人着迷，而且对采矿和石油开采等行业至关重要。当发生大裂缝时，可能会显著改变地形。例如，它可能为水流创造新的通道，从而影响当地生态系统。此外，这些裂缝可以作为矿物沉积的导管，使其成为勘探的主要区域。然而，它们也带来了风险，特别是在易发生地震的地区。大裂缝可能表明潜在的地震活动，因为沿着断层线积累的应力可能导致能量的突然释放，从而引发震动。大裂缝的研究还延伸到土木工程领域。在设计基础设施时，工程师必须考虑这些地质特征，尤其是在易发生地震的地区。建筑物和桥梁需要使用能够承受由潜在地震事件引起的力量的材料和设计。这种考虑对于确保公众安全和在自然灾害期间最小化损害至关重要。此外，理解大裂缝对于环境保护至关重要。这些裂缝可以影响地下水的运动和质量，影响人类和野生动物。例如，如果大裂缝允许污染物渗入含水层，则可能对健康构成严重风险。因此，监测和管理这些地质特征对于可持续发展至关重要。总之，大裂缝不仅仅是地球上的物理断裂；它代表了影响我们环境、经济和安全的复杂地质过程的相互作用。随着我们继续研究这些裂缝，我们获得了宝贵的见解，可以帮助我们减轻风险并利用它们提供的资源。理解大裂缝的重要性不容小觑，因为它们在塑造我们的星球和影响人类活动方面发挥着关键作用。通过持续的研究和技术进步，我们希望能更好地预测和应对这些重要地质特征带来的挑战。