siphons

简明释义

英[/ˈsaɪfənz/]美[/ˈsaɪfənz/]

[物]虹吸管（siphon 的复数）

英英释义

单词用法

同义词

反义词

例句

1.On February 16th, 2009, Wen drew away all the siphons from Hu and laid on her body to prevent doctors from saving her, which led to death at last.

2009年2月16日，文裕章将胡菁身上的呼吸管等医疗设备全部拔掉，并一直趴在胡菁身上阻止医生抢救，最后导致她死亡。

2.Pieter Hoff says the nice thing about the siphons is that, once collected, the water is not able to evaporate anymore.

彼得·霍夫称这种虹吸管的好处是，一旦收集了水，这些水就不会再蒸发。

3.The deadlock prevention approach is a deadlock control based on siphons.

死锁预防是基于信标的一种死锁控制方法。

4.Hence, each painting is a fragment of memory that the artist meticulously siphons away in canvas and colours.

因此，每幅画作都是艺术家将记忆片段仔细的放入画布和颜料中。

5.The siphons emptied lead to deadlocks in the system.

系统中被清空的信标导致死锁发生。

6.The concept of complementary matrix is proposed in this work, and it is proved that elementary siphons are a basis in the siphon space of complementary matrix.

本工作中提出了补集矩阵的概念，并且理论证明，基本信标是补集矩阵对应的信标空间的一个基。

7.The existence of empty siphons or insufficiently marked ones is the reason for deadlocks in S4R.

在S4R网中，死锁的产生归因于存在空的或未被充分标记的信标。

8.The mechanic siphons 抽取 the oil from the engine for an oil change.

机械师siphons 抽取发动机里的油以进行换油。

9.During the science experiment, we siphons 抽取 the liquid from one container to another.

在科学实验中，我们siphons 抽取液体从一个容器到另一个容器。

10.The bartender carefully siphons 抽走 the wine from the barrel into the glass.

酒保小心翼翼地siphons 抽走酒桶里的酒到杯子里。

11.To prevent spills, she siphons 引流 gasoline into a smaller container.

为了防止溢出，她siphons 引流汽油到一个小容器里。

12.He used a tube to siphons 引流 the water from the fish tank.

他用一根管子siphons 引流鱼缸里的水。

作文

Siphons are fascinating devices that have been used for centuries in various applications, from transferring liquids to creating pressure differences. The basic principle behind a siphon (虹吸管) is quite simple: it utilizes gravity and atmospheric pressure to move liquid from one container to another without the need for a pump. This mechanism can be observed in everyday situations, such as when you use a straw to drink a beverage or when you empty a fish tank using a hose. Understanding how siphons (虹吸管) work can help us appreciate their importance in both natural and man-made processes.The operation of a siphon (虹吸管) begins with two containers positioned at different heights. For instance, if we have a full bucket of water on a table and an empty bucket on the floor, we can create a siphon (虹吸管) by filling a tube with water and placing one end in the full bucket and the other in the empty bucket. Once the water starts flowing, it will continue to move from the higher container to the lower one until the water levels equalize. This continuous flow occurs because gravity pulls the liquid down, and the pressure difference created by the height difference sustains the motion.In nature, siphons (虹吸管) can be observed in various forms. For example, some plants, like certain types of carnivorous plants, utilize similar principles to draw in nutrients from their surroundings. Additionally, in marine biology, certain species of cephalopods, such as squids, use a form of siphon (虹吸管) to expel water rapidly, allowing them to propel themselves through the ocean. This natural adaptation showcases the versatility and efficiency of the siphon (虹吸管) mechanism.The applications of siphons (虹吸管) extend beyond nature into various industries. In winemaking, for instance, siphons (虹吸管) are employed to transfer wine from one barrel to another without disturbing the sediment at the bottom. This gentle method helps preserve the quality and clarity of the wine. Similarly, in the aquarium trade, hobbyists often use siphons (虹吸管) to perform water changes, ensuring the health of aquatic life by removing waste while introducing fresh water.Moreover, the concept of siphons (虹吸管) is not limited to liquids alone. In engineering, the principles of siphons (虹吸管) can be applied to gas transfer systems, where gases are moved from one location to another using pressure differentials. This versatility highlights the significance of understanding siphons (虹吸管) in various scientific fields.In conclusion, siphons (虹吸管) are remarkable tools that exemplify the interplay between gravity and pressure. Their simple yet effective design allows for the efficient transfer of liquids and gases in both natural and artificial environments. By studying siphons (虹吸管), we gain insight into fundamental principles of physics and engineering that have practical applications in our daily lives. Whether in nature or industry, siphons (虹吸管) play a crucial role in facilitating processes that would otherwise be challenging to accomplish. As we continue to explore the world around us, let us not overlook the importance of these ingenious devices and the science behind their operation.

虹吸管是一种迷人的装置，几个世纪以来在各种应用中被使用，从转移液体到创造压力差。虹吸管的基本原理相当简单：它利用重力和大气压力将液体从一个容器移动到另一个容器，而无需泵。这一机制可以在日常情况下观察到，例如，当你用吸管喝饮料或用软管排空鱼缸时。理解虹吸管的工作原理可以帮助我们欣赏它们在自然和人造过程中所起的重要作用。虹吸管的操作始于两个不同高度的位置的容器。例如，如果我们有一个放在桌子上的满水桶和一个放在地板上的空水桶，我们可以通过用水填充一根管子，并将一端放入满水桶，另一端放入空水桶来创建一个虹吸管。一旦水开始流动，它将继续从高处的容器流向低处的容器，直到水位达到平衡。这种连续的流动发生是因为重力将液体向下拉，而由高度差产生的压力差维持了运动。在自然界中，虹吸管可以以各种形式观察到。例如，一些植物，如某些类型的食肉植物，利用类似的原理从周围环境中吸取养分。此外，在海洋生物学中，某些头足类动物，如鱿鱼，使用一种形式的虹吸管迅速排出水，从而使自己在海洋中推进。这种自然适应展示了虹吸管机制的多样性和效率。虹吸管的应用超越了自然，扩展到各个行业。例如，在酿酒过程中，酿酒师使用虹吸管将酒从一个桶转移到另一个桶，而不干扰底部的沉淀物。这种温和的方法有助于保持酒的质量和清晰度。同样，在水族贸易中，爱好者经常使用虹吸管进行换水，确保水生生物的健康，通过去除废物同时引入新鲜水。此外，虹吸管的概念不仅限于液体。在工程学中，虹吸管的原理可以应用于气体转移系统，其中气体通过压力差从一个位置转移到另一个位置。这种多功能性突显了理解虹吸管在各种科学领域的重要性。总之，虹吸管是出色的工具，体现了重力和压力之间的相互作用。它们简单而有效的设计允许在自然和人工环境中高效地转移液体和气体。通过研究虹吸管，我们获得了对物理和工程基本原理的深入了解，这些原理在我们的日常生活中具有实际应用。无论是在自然界还是工业中，虹吸管在促进否则难以完成的过程方面发挥着至关重要的作用。当我们继续探索周围的世界时，不要忽视这些巧妙装置及其操作背后的科学的重要性。