suction clack

简明释义

吸入瓣

英英释义

例句

1.As I opened the jar, the suction clack 吸附声 made it clear that the seal was intact.

当我打开罐子时，suction clack 吸附声 清楚地表明密封完好无损。

2.The dentist explained that the suction clack 吸附声 helps remove saliva during the procedure.

牙医解释说，suction clack 吸附声 有助于在手术过程中清除唾液。

3.The sound of the suction clack 吸附声 indicated that the lid was securely fastened.

那声suction clack 吸附声 表示盖子已经牢牢拧紧。

4.When the vacuum cleaner is turned on, you can hear a distinct suction clack 吸附声 as it picks up dirt from the carpet.

当吸尘器打开时，你可以听到一个明显的suction clack 吸附声，它在地毯上吸起灰尘。

5.In the lab, the suction clack 吸附声 from the pipette showed it was working correctly.

在实验室中，移液器发出的suction clack 吸附声 表明它工作正常。

作文

In the world of mechanics and engineering, various terms are used to describe specific sounds or actions that occur during the operation of machines. One such term is suction clack, which refers to the sound produced when a vacuum is created and then suddenly released. This phenomenon can be observed in several contexts, including household appliances like vacuum cleaners, industrial machines, and even in nature. Understanding the suction clack can provide insights into how devices function and the principles behind their operation.The suction clack occurs when air rushes back into a space that was previously under negative pressure. For instance, when a vacuum cleaner's nozzle is lifted off the floor, the sudden change in pressure creates a sharp sound as air fills the void left by the nozzle. This sound is not just a byproduct; it indicates that the vacuum cleaner is effectively removing dirt and debris from surfaces. The efficiency of this process is crucial for the performance of the appliance.Moreover, the suction clack can also be found in other mechanical systems, such as hydraulic presses or pneumatic tools. In these cases, the sound signifies a rapid change in pressure, which can be critical for the operation of the machinery. Engineers often pay attention to such sounds as they can be indicative of the machine's health. A consistent suction clack may mean that everything is functioning smoothly, while an irregular or absent sound could signal a problem that needs to be addressed.In addition to its mechanical implications, the suction clack can also be a point of interest in acoustics and sound design. Sound engineers may study this phenomenon to create more efficient and quieter machines. By understanding the characteristics of the suction clack, they can design equipment that minimizes unwanted noise while maintaining functionality. This is particularly important in settings where noise pollution can be a concern, such as hospitals or residential areas.Furthermore, the suction clack has applications beyond machinery. In nature, similar sounds can be heard when animals, such as certain birds or insects, create vacuum-like effects with their bodies. For example, some species of frogs produce sounds that resemble a suction clack as they expel air from their vocal sacs. This natural occurrence highlights the universality of the concept across different fields.In conclusion, the term suction clack encompasses a fascinating aspect of both mechanical and natural systems. It serves as a reminder of the intricate relationship between sound and function in our environment. Whether in the context of a vacuum cleaner or the call of a frog, the suction clack illustrates how sound can inform us about the processes taking place around us. By paying attention to such sounds, we can gain a deeper understanding of the world of mechanics, improve our designs, and appreciate the beauty of nature's symphony.

在机械和工程的世界中，使用各种术语来描述机器操作过程中发生的特定声音或动作。其中一个术语是吸力咔嗒声，它指的是在产生真空后突然释放时发出的声音。这种现象可以在多个上下文中观察到，包括家用电器如吸尘器、工业机器，甚至在自然界中。理解吸力咔嗒声可以提供有关设备如何运作及其背后原理的见解。吸力咔嗒声发生在空气迅速涌入之前处于负压状态的空间。例如，当吸尘器的喷嘴从地板上抬起时，压力的突然变化会产生一个尖锐的声音，因为空气填补了喷嘴留下的空隙。这个声音不仅仅是副产品；它表明吸尘器有效地从表面去除污垢和碎屑。这个过程的效率对于电器的性能至关重要。此外，吸力咔嗒声也可以在其他机械系统中找到，例如液压压机或气动工具。在这些情况下，这个声音表示压力的快速变化，这对机器的操作至关重要。工程师通常会关注这样的声音，因为它们可以表明机器的健康状况。持续的吸力咔嗒声可能意味着一切正常，而不规则或缺失的声音可能表明需要解决的问题。除了机械意义外，吸力咔嗒声也可以在声学和声音设计中引起兴趣。声音工程师可能会研究这种现象，以创造更高效和更安静的机器。通过理解吸力咔嗒声的特性，他们可以设计出在保持功能的同时最小化不必要噪音的设备。这在噪音污染可能成为问题的环境中尤为重要，例如医院或居民区。此外，吸力咔嗒声在自然界中也有应用。某些动物，如某些鸟类或昆虫，通过身体产生类似的声音。例如，一些青蛙在从其声囊中排出空气时发出的声音类似于吸力咔嗒声。这种自然现象突显了这一概念在不同领域中的普遍性。总之，术语吸力咔嗒声涵盖了机械和自然系统的一个迷人方面。它提醒我们声音与我们环境中功能之间的复杂关系。无论是在吸尘器的上下文中还是青蛙的叫声中，吸力咔嗒声都展示了声音如何让我们了解周围发生的过程。通过关注这样的声音，我们可以更深入地理解机械世界，改善我们的设计，并欣赏自然交响乐的美。