resonance instrument

简明释义

谐振式仪器

英英释义

例句

1.In music therapy, a resonance instrument can help patients relax and reduce stress.

在音乐疗法中，共振仪器可以帮助患者放松并减轻压力。

2.The engineer calibrated the resonance instrument for precise measurements in the lab.

工程师对实验室中的共振仪器进行了校准，以便进行精确测量。

3.The resonance instrument played a crucial role in the study of sound waves.

该共振仪器在声波研究中发挥了关键作用。

4.Using a resonance instrument, the team discovered new frequencies in the material.

团队使用共振仪器发现了材料中的新频率。

5.The physicist used a resonance instrument to analyze the molecular structure of the compound.

物理学家使用了一个共振仪器来分析该化合物的分子结构。

作文

In the realm of music and sound, the term resonance instrument refers to a category of instruments that produce sound through the amplification of vibrations. These instruments are designed to enhance the natural frequencies of sound waves, allowing them to resonate more profoundly and create a richer auditory experience. Examples of resonance instruments include stringed instruments like violins and cellos, as well as percussion instruments such as marimbas and vibraphones. The concept of resonance is fundamental to understanding how these instruments work. When a string on a violin is bowed, it vibrates at specific frequencies, producing sound waves. The body of the violin acts as a resonance instrument, amplifying these sound waves through its hollow chamber. This amplification is not merely a matter of volume; it also affects the timbre or quality of the sound produced. The unique shape and materials of the instrument contribute to its distinct tonal characteristics. In addition to traditional musical contexts, resonance instruments are also utilized in various scientific and engineering applications. For instance, in acoustics, engineers design spaces that utilize the principles of resonance to enhance sound quality. Concert halls and theaters often incorporate features that promote desirable resonant properties, ensuring that sound waves travel effectively throughout the space. Similarly, in the field of physics, resonance is a critical concept when analyzing wave behavior in different mediums. Moreover, the study of resonance instruments extends beyond mere functionality; it delves into the cultural significance of these instruments across different societies. For example, many cultures have developed their own unique resonance instruments, which reflect their historical and social contexts. The use of gongs in Asian cultures, for instance, serves not only musical purposes but also plays a role in rituals and ceremonies. On a personal level, engaging with resonance instruments can be a deeply fulfilling experience. Learning to play an instrument like the guitar or piano allows individuals to explore their creativity while connecting with others through music. The act of creating sound through a resonance instrument fosters a sense of community and shared expression, bridging gaps between people from diverse backgrounds. In conclusion, resonance instruments encompass a wide range of tools that facilitate the production and amplification of sound. Their significance transcends the boundaries of music, impacting various fields such as science, culture, and personal expression. Understanding the role of resonance instruments enriches our appreciation for sound and its myriad applications in our lives.

在音乐和声音的领域中，术语共鸣乐器指的是通过振动的放大来产生声音的一类乐器。这些乐器旨在增强声波的自然频率，使它们能够更深刻地共鸣，创造出更丰富的听觉体验。共鸣乐器的例子包括小提琴和大提琴等弦乐器，以及木琴和颤音琴等打击乐器。共鸣的概念是理解这些乐器如何工作的基础。当小提琴上的弦被弓拉动时，它以特定的频率振动，产生声波。小提琴的琴身作为一个共鸣乐器，通过其空心的腔体放大这些声波。这种放大不仅仅是音量的问题；它还影响所产生声音的音色或质量。乐器的独特形状和材料有助于其独特的音色特征。除了传统的音乐背景外，共鸣乐器还广泛应用于各种科学和工程领域。例如，在声学中，工程师设计利用共鸣原理来增强音质的空间。音乐厅和剧院通常会结合促进理想共鸣特性的功能，确保声波有效地传播到整个空间。同样，在物理学领域，共鸣是分析不同介质中波动行为的关键概念。此外，对共鸣乐器的研究超越了单纯的功能性，深入探讨了这些乐器在不同社会中的文化意义。例如，许多文化发展出了自己独特的共鸣乐器，反映了它们的历史和社会背景。例如，亚洲文化中的锣不仅用于音乐目的，还在仪式和典礼中发挥作用。在个人层面上，参与共鸣乐器的演奏可以是一种深具满足感的体验。学习演奏吉他或钢琴等乐器使个人能够探索他们的创造力，同时通过音乐与他人建立联系。通过共鸣乐器创造声音的行为培养了社区感和共享表达，弥合了来自不同背景的人的差距。总之，共鸣乐器涵盖了促进声音产生和放大的广泛工具。它们的重要性超越了音乐的界限，影响着科学、文化和个人表达等多个领域。理解共鸣乐器的作用丰富了我们对声音及其在我们生活中多种应用的欣赏。