stoping limit

简明释义

临界品位

英英释义

例句

1.They set the stoping limit based on geological surveys and safety regulations.

他们根据地质勘查和安全规定设定了采矿极限。

2.The stoping limit helps determine how deep the mine can safely go.

该采矿极限有助于确定矿井可以安全深入的程度。

3.The project was delayed due to revisions in the stoping limit calculations.

由于对采矿极限计算的修订，项目被延迟。

4.Understanding the stoping limit is crucial for efficient resource management.

理解采矿极限对高效资源管理至关重要。

5.The mining engineer calculated the stoping limit to maximize ore extraction.

矿业工程师计算了采矿极限以最大化矿石提取。

作文

In the world of mining and geology, understanding various terminologies is crucial for both safety and efficiency. One such term that often comes up is stoping limit. The stoping limit refers to the maximum depth or extent to which ore can be mined from a particular section of a mine without compromising the structural integrity of the mine or the surrounding rock. This concept is essential for miners as it helps them determine how much material can be extracted while minimizing the risk of collapse or other hazards.The importance of the stoping limit cannot be overstated. When planning a mining operation, engineers and geologists must conduct thorough assessments to establish these limits. They analyze factors such as rock stability, the presence of water, and the overall design of the mine. By doing so, they can ensure that the extraction process is not only profitable but also safe for workers and the environment.For instance, if a mining company ignores the stoping limit, it may lead to significant problems. Over-extraction can weaken the mine’s structure, leading to cave-ins that jeopardize the lives of miners and result in costly damages. Additionally, environmental concerns arise when mines are not operated within their designated stoping limits, potentially leading to land degradation and pollution.To illustrate the significance of adhering to the stoping limit, consider a hypothetical scenario where a mining team decides to push beyond the established boundaries in pursuit of valuable ore. Initially, they may find success, extracting large quantities of mineral resources. However, as they continue to mine deeper, they may encounter unforeseen geological challenges. Cracks may begin to appear in the walls of the mine, and the ground may become unstable. Eventually, the situation could escalate to a point where a catastrophic collapse occurs, trapping workers underground and causing extensive financial losses for the company.Therefore, it is vital for mining operations to respect the stoping limit. Engineers use various tools and technologies, such as geophysical surveys and computer modeling, to monitor the conditions within the mine continuously. These methods help to ensure that mining practices remain within safe operational parameters.Furthermore, the concept of the stoping limit is not only applicable to traditional mining operations but also to modern techniques such as block caving or sublevel stoping. Each method has its own set of guidelines and limitations, making it imperative for mining professionals to stay informed about the best practices associated with each technique.In conclusion, the stoping limit is a critical aspect of mining that ensures the safety and sustainability of mining operations. By understanding and adhering to these limits, mining companies can protect their workers, preserve the environment, and maximize their resource extraction in a responsible manner. As the industry continues to evolve, ongoing education and awareness regarding the stoping limit will remain essential for the future of mining.

在采矿和地质学的世界里，理解各种术语对安全和效率至关重要。其中一个常见的术语是stoping limit。stoping limit指的是可以从矿山特定区域开采矿石的最大深度或范围，而不会危及矿山或周围岩石的结构完整性。这个概念对矿工来说至关重要，因为它帮助他们确定可以提取多少材料，同时将坍塌或其他危险的风险降到最低。stoping limit的重要性不容小觑。在规划采矿作业时，工程师和地质学家必须进行全面评估，以建立这些限制。他们分析岩石稳定性、水的存在以及矿山的整体设计等因素。通过这样做，他们可以确保提取过程不仅有利可图，而且对工人和环境也是安全的。例如，如果一家矿业公司忽视了stoping limit，可能会导致重大问题。过度开采会削弱矿山的结构，导致坍塌，危及矿工的生命并造成昂贵的损失。此外，当矿山未在指定的stoping limits内运行时，会出现环境问题，可能导致土地退化和污染。为了说明遵守stoping limit的重要性，考虑一个假设场景：一个采矿团队决定在追求有价值的矿石时突破既定界限。起初，他们可能会取得成功，提取大量矿物资源。然而，随着他们继续更深地开采，他们可能会遇到意想不到的地质挑战。矿山墙壁可能开始出现裂缝，地面可能变得不稳定。最终，情况可能升级到灾难性崩塌的地步，困住工人并导致公司遭受巨大的经济损失。因此，矿业操作尊重stoping limit至关重要。工程师使用各种工具和技术，例如地球物理勘测和计算机建模，持续监测矿山内的条件。这些方法有助于确保采矿实践保持在安全的操作参数内。此外，stoping limit的概念不仅适用于传统的采矿操作，还适用于现代技术，如块崩和分层采矿。每种方法都有其一套指导方针和限制，因此采矿专业人员必须随时了解与每种技术相关的最佳实践。总之，stoping limit是采矿的一个关键方面，确保采矿作业的安全性和可持续性。通过理解和遵守这些限制，矿业公司可以保护工人，保护环境，并以负责任的方式最大化资源开采。随着行业的不断发展，关于stoping limit的持续教育和意识将对采矿的未来至关重要。