fracture of coal

简明释义

碎煤

英英释义

例句

1.In mining operations, understanding the fracture of coal is crucial for safety.

在采矿作业中，了解煤的断裂对于安全至关重要。

2.The fracture of coal can affect the efficiency of extraction methods.

煤的断裂可能影响提取方法的效率。

3.Researchers are analyzing the fracture of coal to improve carbon capture technologies.

研究人员正在分析煤的断裂以改善碳捕集技术。

4.The report highlighted the fracture of coal as a factor in subsidence.

报告强调了煤的断裂是沉降的一个因素。

5.The geologist studied the fracture of coal to determine its structural integrity.

地质学家研究了煤的断裂以确定其结构完整性。

作文

The mining industry has always been a significant part of the global economy, providing essential resources for energy and manufacturing. Among the various materials extracted from the earth, coal remains one of the most important fossil fuels. However, the process of extracting coal is not without its challenges, particularly when it comes to understanding the geological properties of coal seams. One critical aspect that miners and geologists must consider is the fracture of coal (煤的裂隙). This phenomenon refers to the natural cracks and fissures that occur within coal deposits, which can significantly impact the extraction process.Fractures in coal can arise due to various geological processes, including tectonic movements and the weight of overlying sediments. These fractures can vary in size and orientation, influencing how easily coal can be mined. For instance, well-fractured coal may allow for easier extraction, as the fractures can provide pathways for air and water, reducing the pressure within the seam. On the other hand, poorly fractured coal may pose challenges, making it harder to extract and increasing the risk of collapse during mining operations.Understanding the fracture of coal (煤的裂隙) is crucial for developing effective mining strategies. Geologists use various techniques to study these fractures, including seismic surveys and core sampling. By analyzing the patterns and characteristics of fractures, they can predict how coal will behave during extraction. This knowledge helps mining companies to optimize their operations, ensuring safety and efficiency while minimizing environmental impact.Moreover, the fracture of coal (煤的裂隙) also plays a significant role in the coal's combustion properties. Fractures can affect the permeability of coal, influencing how easily gases can escape during burning. This is particularly important for power plants that rely on coal as a fuel source. Understanding the relationship between coal fractures and combustion efficiency can lead to improved energy production methods, ultimately contributing to more sustainable practices in the industry.In conclusion, the fracture of coal (煤的裂隙) is a vital factor in the coal mining industry. It influences not only the extraction process but also the combustion characteristics of coal. As the world continues to seek efficient and sustainable energy sources, understanding the geological properties of coal, including its fractures, will remain essential. By investing in research and technology to better understand these aspects, the mining industry can continue to adapt and thrive in an ever-changing economic landscape.

采矿业一直是全球经济的重要组成部分，提供能源和制造业所需的基本资源。在从地球中提取的各种材料中，煤仍然是最重要的化石燃料之一。然而，提取煤的过程并非没有挑战，特别是在理解煤层的地质特性方面。矿工和地质学家必须考虑的一个关键方面是煤的fracture of coal（煤的裂隙）。这一现象指的是煤矿床内自然发生的裂缝和缝隙，它们可能会显著影响提取过程。煤的裂隙可能由于多种地质过程而产生，包括构造运动和上覆沉积物的重量。这些裂隙的大小和方向各不相同，影响着煤的开采难易程度。例如，裂隙良好的煤可能更容易提取，因为裂隙可以提供空气和水的通道，从而降低煤层内的压力。另一方面，裂隙较少的煤可能会带来挑战，使其更难以提取，并增加在采矿作业中坍塌的风险。了解煤的fracture of coal（煤的裂隙）对于制定有效的采矿策略至关重要。地质学家使用多种技术研究这些裂隙，包括地震勘测和岩心取样。通过分析裂隙的模式和特征，他们可以预测煤在提取过程中的表现。这一知识帮助采矿公司优化其操作，确保安全和效率，同时尽量减少对环境的影响。此外，煤的fracture of coal（煤的裂隙）在煤的燃烧特性中也起着重要作用。裂隙可以影响煤的渗透性，影响气体在燃烧过程中逃逸的难易程度。这对于依赖煤作为燃料来源的发电厂尤其重要。理解煤的裂隙与燃烧效率之间的关系，可以促进更高效的能源生产方法，最终有助于行业的可持续实践。总之，煤的fracture of coal（煤的裂隙）是煤矿行业的一个重要因素。它不仅影响提取过程，还影响煤的燃烧特性。随着世界继续寻求高效和可持续的能源来源，理解煤的地质特性，包括其裂隙，将始终是至关重要的。通过投资研究和技术，以更好地理解这些方面，采矿行业可以继续适应并在不断变化的经济环境中蓬勃发展。