leakage noise

简明释义

漏泄噪声

英英释义

例句

1.In acoustic design, controlling leakage noise 泄漏噪声 is crucial for achieving optimal sound isolation.

在声学设计中，控制泄漏噪声对于实现最佳声音隔离至关重要。

2.The technician identified the source of the leakage noise 泄漏噪声 as a faulty valve.

技术员确认泄漏噪声的来源是一个故障阀门。

3.The engineers conducted tests to measure the leakage noise 泄漏噪声 from the pipeline system.

工程师进行了测试，以测量管道系统的泄漏噪声。

4.To improve sound quality, we need to minimize the leakage noise 泄漏噪声 in the recording studio.

为了提高音质，我们需要尽量减少录音室中的泄漏噪声。

5.High levels of leakage noise 泄漏噪声 can indicate potential issues in electrical circuits.

高水平的泄漏噪声可能表明电路中存在潜在问题。

作文

In the realm of acoustics and audio engineering, understanding various types of sounds is crucial for achieving optimal sound quality. One such phenomenon that often goes unnoticed is leakage noise. This term refers to the unwanted sound that escapes from one area to another, typically in a recording environment or during live performances. 泄漏噪声的概念在录音和现场表演中尤其重要，因为它可能会对最终的音频质量产生显著影响。When recording music or speech, sound isolation is paramount. Engineers strive to create an environment where external noises do not interfere with the desired audio. However, despite their best efforts, leakage noise can occur due to various factors such as poorly insulated rooms, open doors, or even microphones picking up sounds from adjacent sources. This unwanted sound can manifest as background chatter, traffic noise, or any other extraneous sounds that detract from the primary audio being recorded. 泄漏噪声可能会导致听众分心，降低作品的整体质量。To illustrate the impact of leakage noise, consider a scenario where a band is recording in a studio. If the vocalist's microphone picks up the sound of a guitar being played in the next room, this leakage can muddy the mix and make it difficult for the engineer to achieve a clean, polished sound. The presence of 泄漏噪声 can also complicate the mixing process, as engineers may need to spend additional time isolating and removing these unwanted sounds from the final track.There are several techniques that audio professionals use to minimize leakage noise. One common method is to use directional microphones, which are designed to capture sound primarily from one direction while rejecting sounds from others. This helps to reduce the amount of 泄漏噪声 that is picked up during recording sessions. Additionally, soundproofing materials can be employed to enhance the acoustic properties of a room, thereby reducing the chances of unwanted sound transmission.Another approach to managing leakage noise is through the strategic placement of instruments and performers within a recording space. By positioning musicians in a way that minimizes their exposure to each other's microphones, engineers can help to control the levels of 泄漏噪声 that are captured during recording. For example, placing a drummer in a separate room or using baffles to create physical barriers can significantly reduce the amount of leakage that occurs.In live sound situations, leakage noise is also a concern, especially in venues with multiple stages or areas where performances are happening simultaneously. Sound engineers must carefully manage the levels of each performance to ensure that the audience experiences a cohesive and enjoyable sound. Techniques such as using monitor speakers strategically and controlling the overall volume can help mitigate the effects of 泄漏噪声 in these environments.In conclusion, leakage noise is a critical factor that audio engineers must consider when working to produce high-quality recordings and live performances. By understanding the sources and impacts of 泄漏噪声, professionals can implement effective strategies to minimize its presence, ensuring that the final audio output meets the desired standards. As technology continues to advance, the tools and techniques available to combat leakage noise will undoubtedly evolve, further enhancing the art of sound production.

在声学和音频工程领域，理解各种声音类型对于实现最佳音质至关重要。其中一个常被忽视的现象是泄漏噪声。这个术语指的是从一个区域逃逸到另一个区域的不必要的声音，通常发生在录音环境或现场表演中。泄漏噪声的概念在录音和现场表演中尤其重要，因为它可能会对最终的音频质量产生显著影响。在录制音乐或演讲时，声音隔离至关重要。工程师们努力创造一个外部噪声不会干扰所需音频的环境。然而，尽管他们尽力而为，泄漏噪声仍然可能由于各种因素而发生，例如隔音不良的房间、开着的门，甚至是麦克风拾取来自相邻来源的声音。这种不必要的声音可能表现为背景聊天声、交通噪声或任何其他分散注意力的声音，从而削弱主要录制音频的效果。泄漏噪声可能会导致听众分心，降低作品的整体质量。为了说明泄漏噪声的影响，考虑一个乐队在录音室录音的场景。如果歌手的麦克风拾取到隔壁房间吉他的声音，这种泄漏会使混音变得模糊，工程师很难实现干净、精致的声音。泄漏噪声的存在还可能使混音过程复杂化，因为工程师可能需要花费额外的时间来隔离和去除这些不必要的声音，以便在最终轨道中获得清晰的效果。音频专业人员使用多种技术来最小化泄漏噪声。一种常见的方法是使用定向麦克风，这种麦克风设计用于主要捕捉来自一个方向的声音，同时拒绝来自其他方向的声音。这有助于减少在录音过程中拾取到的泄漏噪声的数量。此外，可以使用隔音材料来增强房间的声学特性，从而减少不必要的声音传播的机会。管理泄漏噪声的另一种方法是通过在录音空间内战略性地放置乐器和表演者。通过将音乐家定位在最小化彼此麦克风曝光的方式，工程师可以帮助控制在录音过程中捕获的泄漏噪声的水平。例如，将鼓手放在一个单独的房间或使用隔板创建物理屏障可以显著减少发生的泄漏量。在现场声音情况下，泄漏噪声也是一个问题，尤其是在多个舞台或同时进行表演的场所。声音工程师必须仔细管理每个表演的音量，以确保观众体验到一个连贯且愉悦的声音。诸如战略性使用监听扬声器和控制整体音量等技术可以帮助减轻泄漏噪声在这些环境中的影响。总之，泄漏噪声是音频工程师在工作以制作高质量录音和现场表演时必须考虑的关键因素。通过理解泄漏噪声的来源和影响，专业人员可以实施有效的策略来最小化其存在，确保最终音频输出达到所需标准。随着技术的不断进步，用于对抗泄漏噪声的工具和技术无疑将不断发展，进一步提升声音制作的艺术。