syphons

简明释义

英[ˈsɪfənz]美[ˈsɪfənz]

弯管

英英释义

单词用法

同义词

反义词

例句

1.These canals are frequently excavated through rock, and require tunnels, flumes, syphons, aqueducts and open concrete-lined channels.

这些水渠往往要凿通岩石，并需要地道、引水沟、弯管、渡漕和混凝土水道。

2.These canals are frequently excavated through rock, and require tunnels, flumes, syphons, aqueducts and open concrete-lined channels.

这些水渠往往要凿通岩石，并需要地道、引水沟、弯管、渡漕和混凝土水道。

3.The bartender carefully fills the glass using a device that syphons 抽取 the liquid from the keg.

酒保小心翼翼地使用一种装置来填充玻璃杯，该装置抽取酒桶中的液体。

4.In the lab, the scientist syphons 抽取 the solution to avoid disturbing the sediment.

在实验室里，科学家抽取溶液以避免扰动沉淀物。

5.He syphons 抽取 gas from the tank into smaller containers for easier transport.

他将气体从油箱中抽取到更小的容器中以便于运输。

6.The process syphons 抽取 water from the upper reservoir to the lower one.

这个过程抽取上游水库的水到下游水库。

7.During the storm, the drainage system syphons 抽取 excess rainwater away from the streets.

在暴风雨期间，排水系统抽取多余的雨水以远离街道。

作文

In the world of science and engineering, various methods are employed to move liquids from one place to another. One such method that has been utilized for centuries is the concept of a siphon. A siphon is a tube used to transfer liquids from one container to another, relying on the force of gravity and atmospheric pressure. The fascinating aspect of siphons is how they can manipulate these forces to effectively move liquid without the need for pumps or other mechanical devices. Understanding how syphons (虹吸管) work can help us appreciate their applications in everyday life as well as in more complex systems. The principle behind a syphon (虹吸管) is relatively simple. When one end of the tube is placed into a liquid and the other end is lower than the first, gravity causes the liquid to flow through the tube. As the liquid flows, it creates a vacuum that pulls more liquid into the tube, allowing for a continuous flow until the source container is empty or the elevation difference is eliminated. This fascinating mechanism has practical applications in various fields, including agriculture, aquariums, and even in the brewing industry. For instance, in gardening, a syphon (虹吸管) can be used to transfer water from a rain barrel to a garden bed. By placing one end of the tube into the barrel and the other end at a lower elevation in the garden, water can be efficiently moved without the need for electricity or pumps. This not only conserves energy but also promotes sustainable practices by utilizing natural forces. In aquariums, syphons (虹吸管) are essential for maintaining water quality. Regular cleaning of the substrate is crucial for the health of aquatic life, and using a syphon (虹吸管) allows fish keepers to remove debris and waste while performing a water change. This method helps to keep the aquarium environment clean and healthy, showcasing the importance of syphons (虹吸管) in both hobbyist and professional settings. Moreover, the brewing industry also benefits from the use of syphons (虹吸管). During the brewing process, transferring liquids between containers is necessary to ensure proper fermentation and flavor development. Using a syphon (虹吸管) minimizes the risk of oxidation and contamination, which can significantly affect the final product. This careful handling of ingredients is critical in producing high-quality beverages. Despite their simplicity, syphons (虹吸管) demonstrate an elegant solution to the problem of liquid transfer. They remind us that sometimes the most effective solutions are not the most complicated ones. By harnessing the power of gravity and atmospheric pressure, syphons (虹吸管) provide a reliable means of moving liquids in a variety of contexts. In conclusion, the study of syphons (虹吸管) reveals much about the interplay between physics and practical applications. Whether in our homes, gardens, or industries, understanding how syphons (虹吸管) function can lead to more efficient practices and innovative solutions. As we continue to explore and utilize these fascinating tools, we can enhance our ability to manage resources effectively and sustainably.