surface reverberation

简明释义

海面混响

英英释义

例句

1.The large glass windows contributed to significant surface reverberation (表面混响) in the conference room.

会议室的大玻璃窗导致了显著的表面混响。

2.The sound engineer adjusted the settings to minimize the effects of surface reverberation (表面混响) in the recording studio.

音响工程师调整设置，以减少录音室中表面混响的影响。

3.Architects often consider surface reverberation (表面混响) when designing spaces for optimal acoustics.

建筑师在设计空间以实现最佳声学效果时，常常考虑表面混响。

4.In concert halls, surface reverberation (表面混响) can enhance the overall sound experience if managed correctly.

在音乐厅中，表面混响如果管理得当，可以增强整体的声音体验。

5.During the experiment, we measured the levels of surface reverberation (表面混响) in different materials.

在实验中，我们测量了不同材料中的表面混响水平。

作文

In the study of acoustics, understanding various phenomena related to sound waves is crucial. One such phenomenon is surface reverberation, which refers to the persistence of sound in an environment due to reflections from surfaces. When a sound wave hits a surface, it can bounce back into the space, creating multiple echoes that contribute to the overall sound experience. This effect is particularly noticeable in large, open areas or in spaces with hard surfaces that do not absorb sound well.To better illustrate the concept of surface reverberation, consider a concert hall. The design of such a venue takes into account how sound travels and reflects off walls, ceilings, and floors. If the surfaces are made of materials that reflect sound effectively, the music played can fill the space more completely. However, if the surfaces are too reflective, they may cause excessive surface reverberation, leading to a muddled sound where individual notes become indistinguishable.On the other hand, spaces designed for speech, such as classrooms or conference rooms, often aim to minimize surface reverberation. In these environments, soft materials like carpets, curtains, and acoustic panels are used to absorb sound, reducing the number of reflections and allowing for clearer communication. The balance between reflection and absorption is key to achieving optimal acoustics in any given space.The impact of surface reverberation is not limited to just music or speech; it also plays a significant role in architectural design and urban planning. Architects must consider how sound behaves in their designs, especially in public buildings or outdoor spaces. For instance, parks with hard surfaces may create unintended surface reverberation, which can affect the enjoyment of visitors. Similarly, urban planners might need to think about how buildings and streets interact with sound to prevent noise pollution in residential areas.Furthermore, surface reverberation has applications beyond architecture. In fields such as audio engineering and sound design, professionals manipulate reverberation to enhance recordings or live performances. By understanding how different surfaces affect surface reverberation, they can create desired auditory effects, whether it be a warm, rich sound or a crisp, clear tone.In conclusion, surface reverberation is a fundamental aspect of acoustics that influences how we perceive sound in various environments. Whether in concert halls, classrooms, or urban landscapes, the interplay of sound waves and surfaces shapes our auditory experiences. By recognizing the importance of surface reverberation, we can better appreciate the design choices made in architecture and sound production, ultimately enhancing our enjoyment and understanding of sound in our daily lives.

在声学研究中，理解与声波相关的各种现象至关重要。其中一个现象是表面混响，它指的是声音由于反射而在环境中持续存在。当声波撞击表面时，它可以反弹回空间，产生多个回声，从而影响整体的声音体验。这种效果在大开放区域或表面较硬、不易吸收声音的空间中尤为明显。为了更好地说明表面混响的概念，考虑一下音乐厅的设计。这种场所的设计考虑了声音如何在墙壁、天花板和地板上传播和反射。如果表面采用有效反射声音的材料，演奏的音乐可以更完全地填充空间。然而，如果表面过于反射，可能会导致过多的表面混响，使得声音变得模糊，个别音符难以分辨。另一方面，专为言语设计的空间，如教室或会议室，通常旨在减少表面混响。在这些环境中，使用地毯、窗帘和声学面板等软材料来吸收声音，减少反射的数量，从而实现更清晰的交流。反射和吸收之间的平衡是实现任何给定空间最佳声学效果的关键。表面混响的影响不仅限于音乐或言语；它在建筑设计和城市规划中也发挥着重要作用。建筑师必须考虑声音在其设计中的行为，特别是在公共建筑或户外空间中。例如，具有硬质表面的公园可能会产生意想不到的表面混响，这可能会影响游客的享受。同样，城市规划者可能需要思考建筑和街道如何与声音相互作用，以防止居民区的噪音污染。此外，表面混响在音频工程和声音设计等领域也有应用。专业人士操控混响以增强录音或现场表演。通过理解不同表面对表面混响的影响，他们可以创造出理想的听觉效果，无论是温暖丰富的声音还是清脆明亮的音调。总之，表面混响是声学的基本方面，影响我们在各种环境中对声音的感知。无论是在音乐厅、教室还是城市景观中，声波与表面之间的相互作用塑造了我们的听觉体验。通过认识到表面混响的重要性，我们可以更好地欣赏建筑和声音制作中的设计选择，最终增强我们在日常生活中对声音的享受和理解。