water inrush

简明释义

突水

英英释义

例句

1.To prevent water inrush, regular inspections are essential in underground construction sites.

为了防止涌水，在地下施工现场定期检查是必不可少的。

2.The engineers had to implement emergency measures when the water inrush threatened the stability of the tunnel.

当涌水威胁到隧道的稳定性时，工程师们不得不采取紧急措施。

3.The team used advanced technology to predict potential water inrush events during their project.

该团队使用先进技术来预测项目期间可能发生的涌水事件。

4.The geological survey revealed a high risk of water inrush in the proposed drilling area.

地质调查显示，拟议钻探区域存在高风险的涌水。

5.During the mining operation, the team encountered a sudden water inrush which caused significant delays.

在采矿作业中，团队遇到了突如其来的涌水，导致了重大延误。

作文

Water inrush is a phenomenon that occurs primarily in underground mining operations and other geological activities. It refers to the sudden influx of water into a mine or excavation site, which can pose serious risks to workers and equipment. The causes of water inrush 涌水 can vary, including the collapse of natural barriers, geological formations, or the presence of underground water sources that have been disturbed by mining activities. Understanding this phenomenon is crucial for ensuring the safety of mining operations and preventing accidents.The dangers associated with water inrush 涌水 are significant. When water rushes into a mine, it can quickly fill the space, leading to flooding. This not only endangers the lives of miners but also disrupts production and can cause extensive damage to machinery and infrastructure. In some cases, the pressure from the incoming water can lead to structural failures in tunnels and shafts, further exacerbating the situation. Therefore, it is essential for mining companies to implement effective monitoring systems to detect signs of potential water inrush 涌水 before it occurs.To mitigate the risks of water inrush 涌水, mining engineers often conduct thorough geological surveys before beginning any excavation work. These surveys help identify areas that may be prone to water influx, allowing for the design of appropriate drainage systems and barriers. Additionally, regular maintenance of these systems is critical to ensure they function correctly during operations. Training workers to recognize the early signs of water inrush 涌水 is also an important preventive measure. By educating miners about the potential risks and how to respond in case of an emergency, companies can enhance the overall safety of their operations.In recent years, advancements in technology have improved our ability to predict and manage water inrush 涌水 events. For instance, the use of ground-penetrating radar and other geophysical methods allows for better visualization of subsurface water sources. This technology enables mining companies to make informed decisions about where to excavate and how to prepare for potential water-related issues. Furthermore, real-time monitoring systems can alert workers to sudden changes in water levels, providing them with valuable time to evacuate and respond appropriately.Despite these advancements, water inrush 涌水 remains a challenge within the mining industry. The unpredictable nature of geological formations means that even the most careful planning cannot eliminate all risks. Therefore, continuous research and development in this area are necessary to improve safety measures and minimize the impact of water inrush 涌水 incidents. Collaborative efforts between mining companies, regulatory bodies, and scientific communities are essential to share knowledge and develop best practices for managing this hazard.In conclusion, water inrush 涌水 is a critical issue in the mining sector that requires constant vigilance and proactive management. By understanding its causes, implementing effective monitoring systems, and utilizing advanced technologies, we can significantly reduce the risks associated with this phenomenon. Ultimately, the safety of miners and the integrity of mining operations depend on our ability to effectively manage the challenges posed by water inrush 涌水.