water lock=waterlock

简明释义

水封

英英释义

例句

1.During winter, it's important to check the water lock=waterlock to prevent freezing.

在冬季，检查水锁=waterlock以防止冻结是很重要的。

2.To maintain proper drainage, ensure that the water lock=waterlock is filled with water.

为了保持良好的排水，确保水锁=waterlock中有水。

3.The plumber explained that the water lock=waterlock is essential to prevent sewer gases from entering the home.

水管工解释说，水锁=waterlock 对于防止污水气体进入家中是必不可少的。

4.A faulty water lock=waterlock can lead to leaks and water damage in your kitchen.

故障的水锁=waterlock可能会导致厨房漏水和水损坏。

5.If you notice a foul smell, check if the water lock=waterlock in your sink is dry.

如果你注意到异味，请检查一下你水槽中的水锁=waterlock是否干燥。

作文

The concept of a water lock=waterlock is essential in understanding how waterways function, especially in regions where elevation changes significantly. A water lock=waterlock is a device used for raising and lowering boats between stretches of water of different levels on river and canal systems. This engineering marvel has been pivotal in facilitating navigation and trade, allowing vessels to bypass natural obstacles such as waterfalls or rapids. Historically, the use of water locks=waterlocks dates back to ancient civilizations. The earliest recorded use was in China during the Han Dynasty, where simple wooden structures were employed to manage water levels. As technology advanced, the design of water locks=waterlocks evolved, leading to more sophisticated mechanisms that could accommodate larger ships and handle greater water flow.In modern times, water locks=waterlocks play a crucial role in global commerce. They enable large cargo ships to travel inland, connecting ports with river systems and facilitating the movement of goods. For instance, the Panama Canal, which features a series of water locks=waterlocks, revolutionized maritime trade by allowing ships to avoid the long and treacherous route around South America. Without such innovations, trade routes would be limited, and transportation costs would skyrocket.The operation of a water lock=waterlock is a fascinating process. When a boat approaches, the lock chamber is filled with water to raise the vessel to the next level. Conversely, when a boat is descending, the water is drained from the chamber. This careful management of water levels ensures that boats can navigate safely and efficiently. Additionally, water locks=waterlocks are often equipped with gates that prevent water from flowing freely between the two levels, maintaining the integrity of the waterway system.Environmental considerations have also become increasingly important in the design and operation of water locks=waterlocks. Engineers now strive to minimize ecological disruption while maximizing functionality. Fish ladders, for example, are often integrated into water locks=waterlocks to allow aquatic life to migrate past barriers. This balance between engineering and ecology is vital for sustainable waterway management.In conclusion, the importance of water locks=waterlocks cannot be overstated. They represent a remarkable intersection of engineering, commerce, and environmental stewardship. Understanding how a water lock=waterlock operates provides insight into the complexities of waterway navigation and the ingenuity of human innovation. As we continue to develop our infrastructure, the principles behind water locks=waterlocks will remain relevant, ensuring that our waterways are not only functional but also sustainable for future generations.

水闸的概念对于理解水道的功能至关重要，尤其是在地形变化显著的地区。水锁=水闸是一种用于在河流和运河系统中在不同水位之间升降船只的装置。这一工程奇迹在促进航行和贸易方面发挥了关键作用，使船只能够绕过自然障碍，如瀑布或急流。历史上，水锁=水闸的使用可以追溯到古代文明。最早的记录是在汉代中国，当时使用简单的木结构来管理水位。随着技术的发展，水锁=水闸的设计也不断演变，形成更复杂的机制，以适应更大的船只并处理更大的水流。在现代，水锁=水闸在全球商业中发挥着至关重要的作用。它们使大型货船能够进入内陆，将港口与河流系统连接起来，促进货物运输。例如，巴拿马运河拥有一系列的水锁=水闸，通过允许船只避开南美洲漫长而危险的航线，彻底改变了海洋贸易。没有这样的创新，贸易路线将受到限制，运输成本将飙升。水锁=水闸的操作过程非常有趣。当船只接近时，闸室充满水以将船只提升到下一个水位。相反，当船只下降时，水会从闸室排出。这种对水位的精心管理确保了船只能够安全高效地航行。此外，水锁=水闸通常配备有闸门，以防止水在两个水位之间自由流动，从而保持水道系统的完整性。环境考虑在水锁=水闸的设计和操作中也变得越来越重要。工程师们现在努力在最大化功能的同时最小化生态干扰。例如，鱼梯通常集成到水锁=水闸中，以允许水生生物迁移过障碍。这种工程与生态的平衡对于可持续水道管理至关重要。总之，水锁=水闸的重要性不容小觑。它们代表了工程、商业和环境保护的非凡交汇点。了解水锁=水闸的操作原理可以深入了解水道导航的复杂性以及人类创新的聪明才智。随着我们继续发展基础设施，水锁=水闸背后的原则将保持相关性，确保我们的水道不仅功能齐全，而且对未来几代人可持续。