goaf road

简明释义

采空区中的巷道

英英释义

例句

1.The maintenance team was called to repair the goaf road 采空区道路 after it was damaged by mining operations.

维护团队被召来修理受采矿作业损坏的goaf road 采空区道路。

2.The miners carefully inspected the goaf road 采空区道路 to ensure it was safe for travel.

矿工们仔细检查了goaf road 采空区道路以确保行走安全。

3.Safety protocols require that no one enters the goaf road 采空区道路 without proper gear.

安全协议要求没有适当装备的人不得进入goaf road 采空区道路。

4.The surveyor mapped out the goaf road 采空区道路 to identify potential hazards.

测量员绘制了goaf road 采空区道路的地图，以识别潜在危险。

5.During the excavation, we found that the goaf road 采空区道路 had collapsed due to heavy rains.

在挖掘过程中，我们发现由于大雨，goaf road 采空区道路已经塌陷。

作文

In the mining industry, safety is a paramount concern. One of the critical aspects of ensuring safety in underground mining operations is managing the network of tunnels and passages that miners use to access ore deposits. Among these passages, the term goaf road refers to the pathways that lead through areas where material has been extracted, and the surrounding rock is often unstable. Understanding the characteristics and management of goaf road is essential for maintaining safety and efficiency in mining operations.A goaf road is typically found in the goaf area, which is the void left behind after the extraction of minerals. This area can be hazardous due to the potential for ground collapse, falling rocks, and gas emissions. Therefore, it is crucial for miners to have a clear understanding of the layout and condition of the goaf road they are using. Proper monitoring and maintenance of these roads can significantly reduce the risks associated with underground mining.The design of a goaf road must take into account various factors, including the stability of the surrounding rock, the expected load from mining equipment, and the potential for water accumulation. Engineers often employ advanced techniques to assess the structural integrity of these roads and ensure they can support the necessary traffic. Additionally, regular inspections are vital to identify any signs of deterioration or instability that could pose a risk to miners.Moreover, effective communication among miners is essential when navigating goaf roads. Miners must be trained to recognize the signs of potential hazards and to follow established protocols for safe travel through these areas. The use of technology, such as real-time monitoring systems, can enhance safety by providing up-to-date information about the conditions within the goaf road and alerting miners to any immediate dangers.In conclusion, the management of goaf roads is a critical aspect of underground mining operations. By prioritizing safety through proper design, maintenance, and communication, mining companies can help protect their workers and ensure the efficient extraction of resources. Understanding the implications of operating in areas like goaf roads is essential for anyone involved in the mining industry, as it directly impacts both safety and productivity.

在采矿行业，安全是最重要的关注点。确保地下采矿作业安全的关键方面之一是管理矿工用来进入矿石储藏的隧道和通道网络。在这些通道中，术语goaf road指的是通往已开采材料区域的通道，而周围的岩石通常不稳定。理解和管理goaf road的特性对于维护采矿作业的安全和效率至关重要。goaf road通常位于采空区，即矿物开采后留下的空隙。由于地面坍塌、落石和气体排放的潜在危险，这个区域可能是危险的。因此，矿工必须清楚他们所使用的goaf road的布局和状况。对这些道路进行适当的监测和维护可以显著降低与地下采矿相关的风险。goaf road的设计必须考虑各种因素，包括周围岩石的稳定性、采矿设备的预期负载以及水的积聚潜力。工程师通常采用先进的技术来评估这些道路的结构完整性，并确保它们能够支持必要的交通。此外，定期检查对于识别任何可能的恶化或不稳定迹象至关重要，这些迹象可能对矿工构成风险。此外，在穿越goaf roads时，矿工之间有效的沟通至关重要。矿工必须接受培训，以识别潜在危险的迹象，并遵循安全通行的既定协议。使用实时监控系统等技术可以通过提供有关goaf road内条件的最新信息来增强安全性，并提醒矿工注意任何直接危险。总之，goaf roads的管理是地下采矿作业的重要方面。通过优先考虑安全，进行适当的设计、维护和沟通，采矿公司可以帮助保护工人并确保资源的高效开采。理解在像goaf roads这样的区域作业的影响对于任何参与采矿行业的人来说都是至关重要的，因为这直接影响到安全性和生产力。