emplacement mechanism

简明释义

1. 就位机理; 2. 侵位机制;

英英释义

例句

1.A faulty emplacement mechanism can lead to significant delays in production.

故障的放置机制可能导致生产严重延误。

2.During the presentation, the team demonstrated the emplacement mechanism and its efficiency.

在演示中，团队展示了放置机制及其效率。

3.The emplacement mechanism in this model is crucial for its stability during operation.

该模型中的放置机制对其在操作期间的稳定性至关重要。

4.The new design incorporates an emplacement mechanism that allows for quick assembly of the components.

新设计包含一个放置机制，可以快速组装组件。

5.Engineers are testing the emplacement mechanism to ensure it can withstand extreme conditions.

工程师正在测试放置机制以确保它能承受极端条件。

作文

The concept of an emplacement mechanism is crucial in various fields, particularly in geology and engineering. An emplacement mechanism refers to the processes and methods through which materials, such as rocks or construction elements, are positioned or placed in a specific location. Understanding this mechanism can provide insights into the stability and longevity of structures, whether they are natural formations like mountains or man-made edifices like bridges and buildings.In geology, the emplacement mechanism is often discussed in relation to igneous rocks. These rocks are formed from the cooling and solidification of magma. The way in which magma moves through the Earth's crust and eventually reaches the surface is governed by various emplacement mechanisms. For instance, some magmas may ascend slowly, filling cracks and voids, while others may erupt violently, leading to the formation of volcanic structures. This understanding helps geologists predict volcanic activity and assess potential hazards.In engineering, the emplacement mechanism plays a vital role in construction projects. When building a skyscraper, for example, engineers must consider how each component will be placed and supported. The emplacement mechanism involves not only the physical placement of materials but also the strategies employed to ensure that these materials can withstand environmental forces such as wind, earthquakes, and the weight of the structure itself. By analyzing the emplacement mechanism, engineers can design safer and more resilient buildings.Moreover, the emplacement mechanism is essential in the context of urban planning. Cities are complex systems where various infrastructures interact. Understanding how different components, such as roads, utilities, and public spaces, are placed within the urban environment allows planners to create more efficient and sustainable communities. The emplacement mechanism in this context involves a careful analysis of land use, population density, and environmental impact, ensuring that the needs of the community are met while preserving natural resources.In conclusion, the term emplacement mechanism encompasses a wide range of processes across different disciplines. Whether in geology, engineering, or urban planning, understanding how materials and structures are positioned is fundamental to creating stable and functional environments. As we continue to explore and develop our world, the emplacement mechanism will remain a key concept guiding our efforts to build and maintain a harmonious relationship with our surroundings.

“安置机制”这一概念在多个领域中至关重要，特别是在地质学和工程学中。“安置机制”指的是将材料（如岩石或建筑元素）定位或放置在特定位置的过程和方法。理解这一机制可以为我们提供有关结构稳定性和持久性的见解，无论是自然形成的山脉还是人造的桥梁和建筑物。在地质学中，“安置机制”通常与火成岩有关。这些岩石是由岩浆冷却和固化形成的。岩浆如何在地壳中移动并最终到达地表，受多种“安置机制”的控制。例如，一些岩浆可能缓慢上升，填充裂缝和空隙，而另一些则可能剧烈喷发，导致火山结构的形成。这种理解帮助地质学家预测火山活动并评估潜在的危险。在工程学中，“安置机制”在建筑项目中发挥着至关重要的作用。例如，在建造摩天大楼时，工程师必须考虑每个组件将如何被放置和支撑。“安置机制”不仅涉及材料的物理放置，还包括确保这些材料能够承受风、地震和结构自身重力等环境力量的策略。通过分析“安置机制”，工程师可以设计出更安全、更具韧性的建筑。此外，在城市规划的背景下，“安置机制”也至关重要。城市是一个复杂的系统，各种基础设施相互作用。了解不同组件（如道路、公用设施和公共空间）在城市环境中的放置方式，使规划者能够创建更高效、可持续的社区。在这个背景下，“安置机制”涉及对土地使用、人口密度和环境影响的仔细分析，确保满足社区的需求，同时保护自然资源。总之，术语“安置机制”涵盖了不同学科中一系列广泛的过程。无论是在地质学、工程学还是城市规划中，理解材料和结构是如何定位的，对于创建稳定和功能性环境至关重要。随着我们继续探索和发展我们的世界，“安置机制”将始终是指导我们努力建立与周围环境和谐关系的关键概念。