lock chamber

简明释义

闸段

英英释义

例句

1.The engineer inspected the lock chamber for any signs of wear.

工程师检查了锁室是否有磨损迹象。

2.Each lock chamber can hold multiple vessels at once.

每个锁室可以同时容纳多艘船只。

3.We waited patiently in the lock chamber as the water levels changed.

我们在锁室里耐心等待，水位发生变化。

4.The boat entered the lock chamber to adjust its water level.

船进入了锁室以调整水位。

5.During our trip, we watched how the lock chamber raises and lowers boats.

在我们的旅行中，我们观看了锁室如何升降船只。

作文

The concept of a lock chamber is integral to understanding how large ships navigate through canals and locks. A lock chamber is essentially a water-filled enclosure that allows vessels to be raised or lowered between different water levels. This engineering marvel is crucial for facilitating maritime transport in regions where natural waterways are not navigable due to changes in elevation. For example, the Panama Canal is one of the most famous examples of this technology in action. When a ship approaches a lock chamber, it enters the chamber, which is then sealed off from the surrounding water. The water level within the lock chamber can then be adjusted by either filling it with water or draining it out, depending on whether the ship needs to ascend or descend. This process is carefully controlled to ensure the safety of the vessel and its cargo. The operation of a lock chamber involves a series of gates that open and close to manage the flow of water. These gates are usually made of heavy-duty materials to withstand the pressure exerted by the water. Once the gates are closed, the chamber can be filled or emptied, allowing the ship to rise or fall to the next section of the canal. Understanding the mechanics of a lock chamber also highlights the importance of water management in engineering. The design must consider various factors, including the volume of water needed to fill the chamber, the time it takes to adjust the water levels, and the structural integrity of the chamber itself. Engineers must also account for environmental factors, such as the impact of changing water levels on local ecosystems. In addition to their practical applications, lock chambers have become symbols of human ingenuity and the ability to overcome natural obstacles. They represent a significant advancement in transportation technology, enabling larger vessels to traverse inland waterways that would otherwise be inaccessible. This has had a profound impact on global trade, allowing goods to be transported more efficiently across countries and continents. Moreover, the experience of passing through a lock chamber can be quite fascinating for travelers. Many people enjoy taking boat tours that include a journey through these structures, as it provides a unique perspective on the engineering behind them. Observing a ship being lifted or lowered in real-time is an impressive sight, showcasing the power of water and the skill of those who operate the locks. In conclusion, the lock chamber is a remarkable invention that plays a crucial role in modern maritime navigation. Its ability to manage water levels and facilitate the movement of ships has transformed the way we think about transportation. As we continue to rely on waterways for trade and travel, the significance of lock chambers will only grow, reminding us of the intricate relationship between human innovation and the natural world.

“锁舱”的概念对于理解大型船只如何通过运河和水闸航行至关重要。一个“锁舱”本质上是一个充满水的围栏，允许船只在不同的水位之间升降。这项工程奇迹对于促进那些由于海拔变化而无法通航的地区的海洋运输至关重要。例如，巴拿马运河就是这种技术发挥作用的最著名例子之一。当一艘船接近“锁舱”时，它进入舱内，然后与周围的水密封。舱内的水位可以通过注水或排水来调整，具体取决于船只需要上升还是下降。这个过程是经过精心控制的，以确保船只及其货物的安全。“锁舱”的运作涉及一系列的闸门，这些闸门打开和关闭以管理水流。这些闸门通常由重型材料制成，以承受水的压力。一旦闸门关闭，舱室就可以被填充或排空，允许船只升高或降低到运河的下一个部分。理解“锁舱”的机械原理也突显了水管理在工程中的重要性。设计必须考虑多种因素，包括填充舱室所需的水量、调整水位所需的时间以及舱室本身的结构完整性。工程师还必须考虑环境因素，例如水位变化对当地生态系统的影响。除了它们的实际应用外，“锁舱”已成为人类聪明才智和克服自然障碍能力的象征。它们代表了运输技术的重大进步，使得更大的船只能够穿越本来无法通行的内陆水道。这对全球贸易产生了深远的影响，使商品能够更高效地跨国和跨洲运输。此外，穿越“锁舱”的体验对旅行者来说非常迷人。许多人喜欢参加包含这些结构旅程的船游，因为它提供了独特的视角来观察其背后的工程。实时观察船只被提升或降低是一种令人印象深刻的景象，展示了水的力量和操作水闸的人的技能。总之，“锁舱”是一项了不起的发明，在现代海洋导航中发挥着至关重要的作用。它管理水位和促进船只移动的能力改变了我们对交通运输的思考。随着我们继续依赖水道进行贸易和旅行，“锁舱”的重要性只会增加，提醒我们人类创新与自然界之间复杂的关系。