echo box

简明释义

回波箱

英英释义

例句

1.The echo box is essential for creating atmospheric effects in electronic music.

在电子音乐中，回声盒对于创造氛围效果至关重要。

2.In the recording studio, the producer adjusted the settings on the echo box to create a more immersive experience.

在录音室里，制作人调整了回声盒的设置，以创造更沉浸的体验。

3.The musician used an echo box to enhance the sound of his guitar during the live performance.

音乐家在现场表演中使用了一个回声盒来增强吉他的声音。

4.During the sound check, the band tested the echo box to ensure it worked properly.

在音响检查期间，乐队测试了回声盒以确保其正常工作。

5.For her podcast, she decided to add an echo box effect to make certain parts stand out.

为了她的播客，她决定添加一个回声盒效果，使某些部分更加突出。

作文

In the world of sound and acoustics, the term echo box refers to a space or device that enhances sound by creating echoes. This phenomenon occurs when sound waves bounce off surfaces and return to the listener, creating a layered auditory experience. The concept of an echo box can be applied in various contexts, from natural environments like canyons and mountains to man-made structures such as concert halls and recording studios.Consider the majestic Grand Canyon, where the walls of rock create a natural echo box. When a person shouts into the canyon, the sound reverberates back, often multiple times, creating a beautiful and haunting effect. This natural echo box not only amplifies the sound but also adds depth and richness to it, making the experience memorable. Similarly, in music, an echo box can be used to enhance vocal performances. Singers and musicians often utilize echo effects in their recordings to add a sense of space and atmosphere, transforming a simple melody into an immersive experience.In architectural design, the principles of the echo box are crucial for creating venues that host performances. Concert halls are meticulously designed to ensure that sound travels well throughout the space. Architects pay close attention to the materials used for walls, ceilings, and floors, as these can significantly influence how sound waves behave. An effective echo box in a concert hall allows every note played by an orchestra to be heard clearly, regardless of where the audience is seated. This design consideration is vital for both performers and listeners, as it directly impacts the quality of the musical experience.Moreover, the concept of an echo box extends beyond physical spaces. In the realm of technology, digital audio workstations (DAWs) incorporate echo effects to manipulate sound creatively. Musicians and sound engineers can simulate an echo box using software, allowing them to craft unique soundscapes without needing a physical space. This technological advancement has revolutionized music production, enabling artists to experiment with sound in ways that were previously unimaginable.In everyday life, we encounter echo boxes in various forms. For instance, speaking in a bathroom with tiled walls often results in an echo due to the hard surfaces reflecting sound. This phenomenon can be amusing, as it alters our perception of our own voice. Similarly, shouting in an empty gymnasium creates a distinct echo, which can be both exhilarating and disorienting.Understanding the mechanics of an echo box can deepen our appreciation for sound and its effects on our environment. Whether in nature, architecture, or technology, the ability to manipulate sound through echo creates a unique connection between the source and the listener. It invites us to explore the nuances of auditory experiences, enhancing our enjoyment of music, speech, and the world around us.In conclusion, the term echo box encapsulates a fascinating aspect of sound that permeates various domains. From natural wonders to engineered spaces, the capacity for sound to bounce and resonate enriches our auditory experiences. By exploring the concept of the echo box, we can gain insights into the importance of acoustics in our daily lives and the ways in which sound shapes our interactions with the world.

在声音和声学的世界中，术语回声盒指的是通过创造回声来增强声音的空间或设备。这种现象发生在声波反射到表面并返回到听众时，创造出层次丰富的听觉体验。回声盒的概念可以应用于多种上下文，从自然环境如峡谷和山脉到人造结构如音乐厅和录音室。想象一下宏伟的科罗拉多大峡谷，在那里岩石的墙壁形成了一个自然的回声盒。当一个人向峡谷喊叫时，声音会反弹回来，通常会多次回响，创造出美丽而令人难忘的效果。这种自然的回声盒不仅放大了声音，还为其增添了深度和丰富性，使体验变得难以忘怀。类似地，在音乐中，回声盒可以用来增强声乐表演。歌手和音乐家经常在他们的录音中利用回声效果，以增加空间感和氛围，将简单的旋律转化为沉浸式体验。在建筑设计中，回声盒的原理对于创建举办表演的场馆至关重要。音乐厅的设计经过精心考虑，以确保声音在整个空间内良好传播。建筑师特别关注墙壁、天花板和地板所使用的材料，因为这些会显著影响声波的行为。音乐厅中的有效回声盒允许每个乐器演奏的音符都能被清晰地听到，无论观众坐在哪里。这种设计考虑对表演者和听众都是至关重要的，因为它直接影响音乐体验的质量。此外，回声盒的概念超越了物理空间。在技术领域，数字音频工作站（DAW）集成了回声效果，以创造性地操纵声音。音乐家和声音工程师可以使用软件模拟回声盒，使他们能够在没有物理空间的情况下创造独特的声音景观。这一技术进步彻底改变了音乐制作，使艺术家能够以前所未有的方式进行声音实验。在日常生活中，我们以各种形式遇到回声盒。例如，在瓷砖墙壁的浴室里说话，通常会由于坚硬表面反射声音而产生回声。这种现象可能是有趣的，因为它改变了我们对自己声音的感知。同样，在空旷的体育馆里喊叫也会产生明显的回声，这既令人兴奋又让人感到迷失。理解回声盒的机制可以加深我们对声音及其对环境影响的欣赏。无论是在自然界、建筑中还是在技术上，通过回声操控声音的能力都创造了源与听者之间独特的联系。它邀请我们探索听觉体验的细微差别，增强我们对音乐、语言和周围世界的享受。总之，术语回声盒概括了声音的一个迷人方面，渗透到多个领域。从自然奇观到工程空间，声音的反弹和共鸣的能力丰富了我们的听觉体验。通过探索回声盒的概念，我们可以深入了解声学在日常生活中的重要性以及声音塑造我们与世界互动的方式。