sounding bottle

简明释义

海水取样金属瓶;采泥器

英英释义

例句

1.The doctor used a sounding bottle to assess the patient's lung condition.

医生使用了一个听诊器来评估病人的肺部状况。

2.In the lab, we filled the sounding bottle with water to measure the sound waves.

在实验室，我们用水填满了声波瓶来测量声波。

3.During the experiment, the sounding bottle produced a clear tone when struck.

在实验过程中，当敲击时，声波瓶发出了清晰的音调。

4.He explained how a sounding bottle can help in diagnosing respiratory issues.

他解释了如何通过声波瓶帮助诊断呼吸问题。

5.The sounding bottle is an essential tool in acoustic studies.

在声学研究中，声波瓶是一个必不可少的工具。

作文

The concept of a sounding bottle is often encountered in various scientific and musical contexts. A sounding bottle is essentially a hollow container that resonates when sound waves pass through it, producing a distinct tone or pitch. This phenomenon can be observed in different applications, ranging from musical instruments to scientific experiments. Understanding the mechanics behind a sounding bottle not only enhances our appreciation for sound but also provides insights into acoustics and the behavior of waves.In music, the sounding bottle serves as an excellent example of how physical properties influence auditory experiences. When air is blown into the bottle, the air column inside vibrates, creating sound waves that escape through the opening. The length of the air column determines the pitch of the sound produced; a shorter column results in a higher pitch, while a longer column yields a lower pitch. This principle is the same as that used in wind instruments, where the length of the instrument affects the notes produced. Therefore, a sounding bottle can be seen as a simple yet effective tool for understanding the basics of musical acoustics.Moreover, in scientific experiments, the sounding bottle is often utilized to demonstrate principles of resonance and sound propagation. For instance, when the bottle is partially filled with liquid, the sound produced changes depending on the amount of liquid present. This variation occurs due to the changing volume of air within the bottle, which alters the frequency of the sound waves. Such experiments not only illustrate the physics of sound but also engage students in hands-on learning, making complex concepts more accessible.The sounding bottle also has historical significance, particularly in the field of medicine. In the past, physicians used sounding bottles to diagnose various conditions by listening to the sounds produced when tapping on a patient's body. The differences in sound could indicate abnormalities in organs or cavities, providing valuable information for diagnosis. This practice highlights the intersection of sound and health, emphasizing how auditory cues can provide critical insights into physical conditions.In summary, the sounding bottle is a versatile instrument that bridges the gap between science and art. Its ability to produce sound through the resonance of air makes it a valuable tool for both musicians and scientists. By exploring the properties of a sounding bottle, we gain a deeper understanding of sound waves, pitch, and resonance, which are fundamental concepts in both music and physics. Whether used in a classroom experiment or as part of a musical composition, the sounding bottle continues to captivate and educate those who encounter it, proving that even the simplest objects can hold profound lessons about the world around us.

“sounding bottle”这个概念常常出现在各种科学和音乐的语境中。sounding bottle本质上是一个空心容器，当声波通过它时会产生共鸣，发出独特的音调或音高。这种现象可以在不同的应用场景中观察到，从乐器到科学实验。理解sounding bottle背后的机制不仅增强了我们对声音的欣赏，也为我们提供了声学和波动行为的深入见解。在音乐中，sounding bottle是物理属性如何影响听觉体验的一个优秀例子。当空气被吹入瓶中时，瓶内的空气柱振动，产生逃逸的声波。空气柱的长度决定了产生的声音的音高；较短的空气柱产生较高的音调，而较长的空气柱则产生较低的音调。这个原理与风乐器中使用的原理相同，乐器的长度影响所产生的音符。因此，sounding bottle可以被视为理解音乐声学基础的简单而有效的工具。此外，在科学实验中，sounding bottle常用于演示共鸣和声音传播的原理。例如，当瓶子部分装满液体时，产生的声音会根据液体的数量而变化。这种变化是由于瓶内空气的体积变化，改变了声波的频率。这类实验不仅展示了声音的物理学，还让学生参与到实践学习中，使复杂概念更容易理解。sounding bottle在医学领域也具有历史意义。过去，医生使用sounding bottle通过敲击病人的身体来诊断各种病症。声音的差异可以指示器官或腔体的异常，为诊断提供宝贵的信息。这一做法强调了声音与健康之间的交集，突显了听觉线索如何为身体状况提供关键见解。总之，sounding bottle是一种多功能的工具，架起了科学与艺术之间的桥梁。它通过空气的共鸣产生声音，使其成为音乐家和科学家的宝贵工具。通过探索sounding bottle的特性，我们对声波、音高和共鸣有了更深刻的理解，这些都是音乐和物理学中的基本概念。无论是在课堂实验中使用，还是作为音乐作品的一部分，sounding bottle继续吸引和教育那些接触到它的人，证明即使是最简单的物体也能蕴含关于我们周围世界的深刻课程。