siphon

简明释义

英[ˈsaɪfn]美[ˈsaɪfn]

n. 虹吸管

vi. 通过虹吸管

vt. 用虹吸管吸出；抽取

n. （Siphon）人名；（老、柬）西蓬

复 数 s i p h o n s

第 三 人 称 单 数 s i p h o n s

现 在 分 词 s i p h o n i n g

过 去 式 s i p h o n e d

过 去 分 词 s i p h o n e d

英英释义

单词用法

同义词

反义词

例句

1.The company says it has had some trouble inserting a tube into the broken well, but it now says it expects to reinsert the siphon Saturday.

尽管在向漏油的油井中进行灌浆操作时困难重重，但该公司表示将会在周六重新进行灌浆操作。

2.It's essential that she use her siphon to blow them free, and once they detach, the babies know exactly what do to, says cosgrove.

她用她的虹吸管将他们吹离，使其自由——这很是重要。一旦他们分离开来，这些章鱼宝宝很清楚该做什么。

3.All those masters of the legal universe, with no time to spare for a siphon pot?

不是说这些法律界的精英连等待一杯虹吸咖啡的时间都没有吗？

4.Position limits could also siphon liquidity away from American energy exchanges.

头寸限制还会将美国能源交易所中的流动性吸走。

5.It can siphon inflationary cash out of the system by requiring the commercial Banks to lodge deposits at the bank - quantitative tightening.

通过商业银行定量收紧在银行的存款，可以虹吸通货膨胀现金。

6.Today, pipes are used to siphon carbon dioxide-rich water from the bottom of Lake Nyos.

今天，用管道从尼奥斯湖底抽取含有丰富二氧化碳的湖水。

7.You can siphon water from one container to another using a tube.

你可以用一根管子将水虹吸从一个容器转移到另一个容器。

8.The mechanic had to siphon the gas out of the tank to fix the engine.

机械师不得不虹吸出油箱里的油以修理发动机。

9.He used a siphon to transfer the wine from the barrel to the bottle.

他用一个虹吸管将酒从桶里转移到瓶子里。

10.She watched as the siphon created a continuous flow of liquid.

她看着虹吸管创造出连续的液体流动。

11.To clear the clogged drain, he decided to siphon the water out.

为了清理堵塞的排水管，他决定虹吸出水来。

作文

In the world of science and engineering, the term siphon refers to a device used to transfer liquid from one container to another using gravity and atmospheric pressure. The basic principle behind a siphon is quite simple: it relies on the difference in height between two points to create a flow of liquid. This phenomenon can be observed in various everyday situations, such as when you use a straw to drink a beverage or when water flows from a higher reservoir to a lower one. Understanding the mechanics of a siphon can help us appreciate its applications in both natural and man-made systems.One of the most fascinating aspects of a siphon is its ability to work without any mechanical pumps. For instance, if you have a tube filled with water and you submerge one end in a lower container while the other end remains in the higher container, the water will start flowing down the tube due to gravitational pull. This is because the pressure at the higher end is greater than that at the lower end, creating a continuous flow until the liquid levels equalize. This method of liquid transfer has been utilized for centuries, from ancient irrigation systems to modern aqueducts.Moreover, the concept of a siphon extends beyond just liquids. In certain contexts, it can also refer to the process of drawing off or transferring resources in a more abstract sense. For example, in economics, one might describe a situation where funds are being siphoned from one account to another, indicating a transfer of resources that may not be immediately apparent. This metaphorical use highlights how the idea of siphoning can apply to various fields, including finance, politics, and even social dynamics.In environmental science, the siphon mechanism can be seen in natural water cycles. For instance, groundwater can be siphoned up to the surface through plants' root systems, demonstrating a vital connection between soil moisture and vegetation health. This process is crucial for maintaining ecosystems and ensuring that plants receive the necessary water for growth. Understanding these natural siphon processes can inform sustainable agricultural practices and water management strategies.In conclusion, the term siphon encompasses a variety of meanings and applications across different disciplines. Whether we are discussing the physical transfer of liquids in plumbing systems or the metaphorical movement of resources in economics, the underlying principles of a siphon remain consistent. By grasping the concept of a siphon, we can better understand the interconnectedness of various systems around us, ultimately leading to more efficient designs and informed decision-making in our daily lives.

在科学和工程的世界中，术语siphon指的是一种用于通过重力和大气压力将液体从一个容器转移到另一个容器的装置。siphon的基本原理非常简单：它依赖于两个点之间的高度差来产生液体流动。这种现象可以在各种日常情况下观察到，例如当你用吸管喝饮料或当水从更高的水库流向较低的水库时。理解siphon的机制可以帮助我们欣赏它在自然和人造系统中的应用。siphon最迷人的方面之一是它能够在没有任何机械泵的情况下工作。例如，如果你有一根充满水的管子，并且将一端浸入较低的容器中，而另一端保持在较高的容器中，水就会开始沿着管子流动，这是由于重力的作用。这是因为在较高端的压力大于在较低端的压力，造成持续的流动，直到液位达到平衡。这种液体转移的方法已经被利用了几个世纪，从古代灌溉系统到现代的渡槽。此外，siphon的概念超越了液体。在某些上下文中，它也可以指在更抽象的意义上抽取或转移资源的过程。例如，在经济学中，人们可能会描述一种情况，其中资金被siphoned从一个账户转移到另一个账户，表示一种资源的转移，这可能并不立即显现。这种隐喻的使用突显了siphoning这一理念如何适用于包括金融、政治甚至社会动态等各个领域。在环境科学中，siphon机制可以在自然水循环中看到。例如，地下水可以通过植物的根系被siphoned到地表，展示了土壤水分与植被健康之间的重要联系。这个过程对维持生态系统和确保植物获得生长所需的水分至关重要。理解这些自然的siphon过程可以为可持续农业实践和水管理策略提供指导。总之，术语siphon涵盖了不同学科中多种含义和应用。无论我们是在讨论管道系统中液体的物理转移，还是在经济学中资源的隐喻性移动，siphon的基本原理始终保持一致。通过掌握siphon的概念，我们可以更好地理解我们周围各种系统的相互关联性，最终在日常生活中实现更高效的设计和明智的决策。