timbered stoping

简明释义

支架开采

英英释义

例句

1.The team decided to implement timbered stoping to prevent cave-ins during extraction.

团队决定实施木支撑采矿以防止在采掘过程中发生塌方。

2.The geology report suggested that timbered stoping would be effective in this region.

地质报告建议在该地区使用木支撑采矿会有效。

3.In areas with unstable rock formations, timbered stoping provides additional support.

在岩层不稳定的区域，木支撑采矿提供额外的支撑。

4.The mining engineer recommended using timbered stoping to enhance safety in the underground operation.

矿业工程师建议使用木支撑采矿以提高地下作业的安全性。

5.For the new mine, the project manager outlined a plan for timbered stoping as part of the safety measures.

对于新矿，项目经理制定了一个将木支撑采矿作为安全措施的一部分的计划。

作文

In the world of mining, various methods are employed to extract valuable minerals from the earth. One such method is known as timbered stoping, which plays a crucial role in underground mining operations. This technique involves the use of timber supports to ensure the stability of the mine as ore is extracted. Understanding timbered stoping is essential for anyone interested in the field of mining engineering or geology. The process begins when miners identify a rich vein of ore within a rock formation. Once the location is confirmed, they start excavating the area. The primary goal of timbered stoping is to remove the ore while maintaining the integrity of the surrounding rock. This is where timber comes into play; it acts as a support system that prevents collapses and ensures the safety of the miners. Timber is chosen for its strength and availability. In many regions, it is locally sourced, making it a cost-effective solution. The timber is strategically placed in areas where the rock is most likely to give way, creating a safe environment for workers. As ore is extracted, additional timber supports may be added to reinforce weakened sections of the mine. This dynamic process requires skilled labor and careful planning to ensure that the mine remains stable. One of the significant advantages of timbered stoping is its effectiveness in small-scale operations. Unlike more modern techniques that require heavy machinery, this method can be executed using basic tools and manual labor. This makes it particularly appealing in remote areas where access to advanced technology is limited. Moreover, the environmental impact is often lower compared to other mining methods, as it minimizes the disturbance to the surrounding ecosystem. However, timbered stoping is not without its challenges. The reliance on timber means that miners must constantly monitor the condition of the supports. Over time, timber can weaken due to exposure to moisture, pests, and other environmental factors. If not replaced or reinforced in a timely manner, these issues can lead to dangerous situations, including cave-ins that can endanger lives. Additionally, the use of timber requires sustainable forestry practices to ensure that the supply is maintained. As mining operations can span several years, it is vital to manage timber resources responsibly. This responsibility extends to the overall management of the mine, where safety protocols must be strictly adhered to in order to protect the workers. In conclusion, timbered stoping is a traditional yet effective mining technique that highlights the importance of safety and resource management in the extraction of minerals. While it presents certain challenges, its benefits in specific contexts cannot be overlooked. For those interested in the mining industry, understanding methods like timbered stoping provides valuable insights into the complexities of underground mining and the ongoing need for innovation and sustainability in the field. As technology continues to advance, it will be interesting to see how traditional methods like timbered stoping evolve and adapt to new challenges.

在采矿的世界中，各种方法被用来从地球中提取有价值的矿物。其中一种方法被称为木支撑采掘，它在地下采矿作业中发挥着至关重要的作用。这种技术涉及使用木材支撑，以确保在提取矿石时矿井的稳定性。理解木支撑采掘对于任何对采矿工程或地质学感兴趣的人来说都是必不可少的。这一过程开始于矿工识别出岩层中的一条富矿脉。一旦确认位置，他们便开始挖掘该区域。木支撑采掘的主要目标是去除矿石，同时保持周围岩石的完整性。这就是木材发挥作用的地方；它作为支撑系统，防止坍塌，并确保矿工的安全。木材因其强度和可获得性而被选择。在许多地区，它是当地采购的，使其成为一种具有成本效益的解决方案。木材被战略性地放置在岩石最可能崩溃的区域，为工人创造安全的环境。在提取矿石时，可能会在矿井的弱化部分添加额外的木材支撑。这一动态过程需要熟练的劳动力和细致的规划，以确保矿井保持稳定。木支撑采掘的一大显著优势是它在小规模作业中的有效性。与需要重型机械的现代技术不同，这种方法可以使用基本工具和人工劳动来执行。这使得它在偏远地区尤其具有吸引力，因为那里很难获得先进技术。此外，与其他采矿方法相比，环境影响通常较低，因为它减少了对周围生态系统的干扰。然而，木支撑采掘并非没有挑战。对木材的依赖意味着矿工必须不断监测支撑的状况。随着时间的推移，木材可能因暴露于潮湿、害虫和其他环境因素而变弱。如果不及时更换或加固，这些问题可能导致危险情况，包括可能危及生命的坍塌。此外，使用木材需要可持续的林业实践，以确保供应得以维持。由于采矿作业可能持续数年，因此负责任地管理木材资源至关重要。这种责任延伸到矿井的整体管理，必须严格遵守安全协议，以保护工人。总之，木支撑采掘是一种传统而有效的采矿技术，突显了在矿物提取过程中安全和资源管理的重要性。尽管它存在某些挑战，但在特定背景下的好处不容忽视。对于那些对采矿行业感兴趣的人来说，理解像木支撑采掘这样的技术提供了对地下采矿复杂性的宝贵见解，以及在该领域持续创新和可持续发展的必要性。随着技术的不断进步，观察像木支撑采掘这样的传统方法如何演变并适应新挑战将是很有趣的。