deep sluice

简明释义

底部闸门

英英释义

例句

1.The deep sluice was crucial in controlling the water levels in the reservoir.

这个深闸门对于控制水库的水位至关重要。

2.The engineer designed a system to divert water through a deep sluice for better drainage.

工程师设计了一个系统，通过一个深闸门引导水流，以改善排水。

3.During the flood, the city relied on the deep sluice to manage excess water effectively.

在洪水期间，城市依靠深闸门有效管理多余的水。

4.The maintenance team checked the deep sluice for any signs of wear and tear.

维修团队检查了深闸门是否有任何磨损迹象。

5.We had to clear debris from the deep sluice to ensure proper water flow.

我们必须清理深闸门中的杂物，以确保水流畅通。

作文

In the realm of water management and engineering, structures such as sluices play a critical role in controlling water flow. One particular type of sluice that is often discussed in various contexts is the deep sluice. A deep sluice is essentially a channel or passage designed to allow water to flow through at significant depths, often utilized in large-scale irrigation systems, dams, and flood control measures. Understanding the function and importance of a deep sluice can provide insights into effective water resource management and environmental sustainability.The primary purpose of a deep sluice is to regulate the amount of water that passes through a certain area, which can be crucial during heavy rainfall or flooding. By managing the flow of water, a deep sluice helps prevent overflow and potential damage to surrounding land and infrastructure. It acts as a safety valve, allowing excess water to be diverted away from populated areas and agricultural fields, thus minimizing the risk of disasters.Moreover, deep sluices are integral to maintaining the ecological balance in river systems. They help in controlling sediment transport and ensuring that aquatic habitats remain healthy. For instance, when a river's natural flow is disrupted by human activities, a deep sluice can be engineered to restore some of that flow, allowing fish and other wildlife to thrive. This aspect highlights the importance of incorporating deep sluices into environmental conservation efforts.In addition to their environmental benefits, deep sluices also have significant economic implications. They facilitate irrigation for agriculture, enabling farmers to grow crops even in regions that would otherwise be too dry. By providing a reliable water source, a deep sluice can enhance food security and support local economies. Furthermore, the construction and maintenance of these structures can create jobs and stimulate economic growth in surrounding communities.However, the implementation of deep sluices is not without challenges. Engineers must carefully consider the design and location of these structures to ensure they function effectively without causing unintended consequences. Poorly designed sluices can lead to erosion, habitat destruction, and other environmental issues. Therefore, it is essential to conduct thorough research and engage with local communities when planning new projects involving deep sluices.In conclusion, the concept of a deep sluice extends far beyond its basic definition as a water channel. It embodies the intersection of engineering, environmental science, and economics. By understanding the multifaceted role of deep sluices, we can appreciate their significance in our efforts to manage water resources sustainably. As climate change continues to pose challenges to water availability and ecosystem health, the strategic use of deep sluices will undoubtedly become increasingly important in our pursuit of a balanced relationship with our natural environment.

在水管理和工程领域，闸门等结构在控制水流方面发挥着关键作用。其中一种经常被讨论的闸门类型是深闸门。深闸门本质上是一个通道或通道，旨在允许水以显著的深度流过，通常用于大规模灌溉系统、坝和防洪措施。理解深闸门的功能和重要性可以为有效的水资源管理和环境可持续性提供见解。深闸门的主要目的是调节通过某个区域的水量，这在暴雨或洪水期间至关重要。通过管理水流，深闸门有助于防止溢出和对周围土地和基础设施的潜在损害。它充当安全阀，允许多余的水从人口稠密地区和农田中引开，从而最大限度地减少灾难的风险。此外，深闸门对于维持河流系统的生态平衡至关重要。它们有助于控制沉积物运输，确保水生栖息地保持健康。例如，当人类活动破坏了河流的自然流动时，可以设计深闸门来恢复部分流动，使鱼类和其他野生动物能够繁衍生息。这一方面突显了将深闸门纳入环境保护工作的重要性。除了环境效益外，深闸门还有显著的经济影响。它们促进农业灌溉，使农民即使在本来过于干燥的地区也能种植作物。通过提供可靠的水源，深闸门可以增强粮食安全，支持地方经济。此外，这些结构的建设和维护可以创造就业机会，并刺激周边社区的经济增长。然而，实施深闸门并非没有挑战。工程师必须仔细考虑这些结构的设计和位置，以确保它们有效运作而不会造成意想不到的后果。设计不良的闸门可能导致侵蚀、栖息地破坏和其他环境问题。因此，在规划涉及深闸门的新项目时，进行彻底的研究并与当地社区进行互动至关重要。总之，深闸门的概念远不止于其作为水通道的基本定义。它体现了工程、环境科学和经济学的交集。通过理解深闸门的多面角色，我们可以欣赏到它们在我们努力可持续管理水资源中的重要性。随着气候变化继续对水资源的可用性和生态系统健康构成挑战，战略性地使用深闸门无疑将在我们追求与自然环境的平衡关系中变得越来越重要。