body of coal

简明释义

1. 煤的可燃伐; 2. 煤的树脂伐;

英英释义

例句

1.Geologists are studying the body of coal to determine its age and composition.

地质学家正在研究这个煤体以确定它的年龄和成分。

2.Environmentalists are worried about the impact of mining a new body of coal near the river.

环保主义者担心在河附近开采新的煤体的影响。

3.The miners discovered a large body of coal in the new section of the mine.

矿工们在矿井的新区域发现了一大块煤体。

4.This region is known for its extensive body of coal deposits.

这个地区以其广泛的煤体储量而闻名。

5.The extraction of the body of coal was halted due to safety concerns.

由于安全问题，提取这块煤体的工作被暂停。

作文

The extraction and utilization of fossil fuels have been a significant part of human development. Among these resources, coal has played a vital role in providing energy for industrial growth and electricity generation. One of the most intriguing aspects of coal mining is the discovery of a large deposit known as a body of coal. A body of coal (煤体) refers to a substantial accumulation of coal within a geological formation, which can be mined for various purposes. Understanding how these bodies form and their significance can shed light on the importance of coal in our energy landscape.Coal forms from the remains of ancient plants that were buried under layers of soil and rock for millions of years. Over time, heat and pressure transformed these organic materials into coal. The size and quality of a body of coal (煤体) depend on various geological factors, including the type of vegetation, the conditions under which they were buried, and the geological processes that occurred over time. For instance, some bodies of coal may contain high carbon content, making them more desirable for energy production.The mining of a body of coal (煤体) can significantly impact local economies. In many regions, coal mining provides jobs and stimulates economic activity. However, it also poses environmental challenges, such as land degradation and air pollution. As societies move towards cleaner energy sources, the future of coal mining and the utilization of existing bodies of coal becomes a topic of heated debate. Environmentalists argue for a transition to renewable energy, while others emphasize the need for coal in meeting current energy demands.Moreover, the exploration of new bodies of coal (煤体) continues to be a focus of geological studies. Researchers utilize advanced technology to locate and assess coal deposits, ensuring that the extraction processes are efficient and sustainable. This research is crucial as it helps balance the need for energy with environmental conservation efforts. In conclusion, a body of coal (煤体) represents more than just a source of energy; it encapsulates the history of our planet and the evolution of energy consumption. As we navigate the complexities of energy production and environmental stewardship, understanding the implications of coal mining and the existence of these bodies will be essential for creating a sustainable future. The dialogue surrounding coal is not merely about its use but also about how we can responsibly manage our natural resources to benefit both society and the environment.

化石燃料的提取和利用一直是人类发展的重要组成部分。在这些资源中，煤在提供工业增长和发电能量方面发挥了重要作用。煤矿开采中一个引人入胜的方面是发现一个称为煤体的大型沉积物。煤体（body of coal）是指在地质构造中大量积累的煤，可以用于各种目的。理解这些体的形成及其重要性，可以阐明煤在我们能源格局中的重要性。煤是由古代植物的残骸在数百万年内被土壤和岩石层埋藏而形成的。随着时间的推移，热量和压力将这些有机材料转化为煤。煤体（body of coal）的大小和质量取决于各种地质因素，包括植被类型、埋藏条件以及随时间发生的地质过程。例如，一些煤体可能含有高碳含量，使其在能源生产中更具吸引力。开采煤体（body of coal）可以显著影响地方经济。在许多地区，煤矿开采提供就业机会并刺激经济活动。然而，它也带来了环境挑战，如土地退化和空气污染。随着社会向清洁能源的转型，煤矿开采的未来及现有煤体的利用成为热烈辩论的话题。环保主义者主张转向可再生能源，而其他人则强调煤在满足当前能源需求中的必要性。此外，新煤体（body of coal）的勘探仍然是地质研究的重点。研究人员利用先进技术定位和评估煤矿储备，确保开采过程高效和可持续。这项研究至关重要，因为它帮助平衡能源需求与环境保护的努力。总之，煤体（body of coal）不仅仅代表一种能源；它还封存了我们星球的历史和能源消费的演变。随着我们在能源生产和环境管理的复杂性中航行，理解煤矿开采的影响及这些体的存在将是创建可持续未来的关键。围绕煤的对话不仅仅是关于它的使用，也是关于我们如何负责任地管理自然资源，以造福社会和环境。