microphonic effect

简明释义

颤噪效应

英英释义

例句

1.The engineer adjusted the settings to minimize the microphonic effect during the mixing process.

工程师在混音过程中调整设置，以最小化微音效应。

2.The microphonic effect can sometimes lead to feedback issues if not managed properly.

如果管理不当，微音效应有时会导致反馈问题。

3.When recording vocals, the producer intentionally used a microphone that creates a microphonic effect to enhance the emotional delivery.

在录制人声时，制作人故意使用一种会产生微音效应的麦克风，以增强情感表达。

4.The guitarist noticed a distinct microphonic effect during the live performance, which added an unexpected texture to the sound.

吉他手在现场演出中注意到明显的微音效应，这为声音增添了意想不到的质感。

5.In experimental music, artists often embrace the microphonic effect to create unique soundscapes.

在实验音乐中，艺术家们常常利用微音效应来创造独特的声音景观。

作文

The term microphonic effect refers to an unintended phenomenon that occurs in audio equipment, particularly in microphones and amplifiers. This effect arises when mechanical vibrations are converted into electrical signals, resulting in unwanted noise or feedback. Understanding the microphonic effect is crucial for audio engineers and musicians alike, as it can significantly impact the quality of sound in recordings and live performances.To delve deeper into the microphonic effect, we must first understand how microphones work. A microphone captures sound waves and converts them into electrical signals. However, if the microphone or its components are sensitive to vibrations, these vibrations can cause the microphone to pick up sounds that were not intended, such as handling noise or vibrations from nearby instruments. This unintentional pickup can create a range of issues, from subtle background noise to overpowering feedback loops that can disrupt a performance.One common example of the microphonic effect occurs with vacuum tubes in amplifiers. These tubes can become microphonic due to their construction, where the glass envelope and internal components resonate with vibrations. When a musician plays an instrument close to the amplifier, the vibrations from the instrument can be picked up by the tube, leading to a distorted sound that is not representative of the original performance. This is particularly problematic in genres like rock or jazz, where dynamic range and clarity are essential.To mitigate the microphonic effect, audio engineers often employ various techniques. One effective method is to use shock mounts or isolation stands for microphones, which can help reduce the transmission of vibrations from the environment. Additionally, using high-quality cables and connectors can minimize interference and ensure a cleaner signal path. In some cases, selecting microphones specifically designed to handle high sound pressure levels can also help prevent the microphonic effect from occurring.Moreover, understanding the acoustics of the performance space is vital. Certain environments can amplify vibrations and lead to increased instances of the microphonic effect. By analyzing the room's characteristics and making adjustments—such as adding sound-absorbing materials or repositioning instruments—engineers can significantly reduce the negative impact of this phenomenon.In conclusion, the microphonic effect is an important consideration in the realm of sound engineering and music production. By recognizing its causes and implementing strategies to counteract it, musicians and audio professionals can enhance the overall sound quality of their work. Whether in a studio setting or during a live performance, being aware of the microphonic effect allows for better control over the audio output, ultimately leading to a more enjoyable experience for both performers and audiences alike.

术语microphonic effect指的是在音频设备中，特别是在麦克风和放大器中发生的意外现象。这种效果产生于机械振动被转换为电信号，从而导致不必要的噪音或反馈。理解microphonic effect对音频工程师和音乐家来说至关重要，因为它可能会显著影响录音和现场表演的音质。要深入了解microphonic effect，我们必须首先了解麦克风的工作原理。麦克风捕捉声波并将其转换为电信号。然而，如果麦克风或其组件对振动敏感，这些振动可能会导致麦克风拾取到未预期的声音，例如处理噪音或来自附近乐器的振动。这种无意的拾取可能会造成一系列问题，从微妙的背景噪音到压倒性的反馈循环，可能会干扰表演。microphonic effect的一个常见例子发生在放大器中的真空管上。这些管子由于其结构而变得微音，当玻璃外壳和内部组件与振动共鸣时。如果音乐家在放大器附近演奏乐器，乐器的振动可能会被管子拾取，从而导致失真的声音，这并不能代表原始表演。在摇滚或爵士等流派中，这尤其成问题，因为动态范围和清晰度至关重要。为了减轻microphonic effect，音频工程师通常采用各种技术。一种有效的方法是使用麦克风的防震支架或隔离支架，这可以帮助减少环境中振动的传递。此外，使用高质量的电缆和连接器可以最小化干扰，并确保更干净的信号路径。在某些情况下，选择专门设计用于处理高声压级的麦克风也可以帮助防止microphonic effect的发生。此外，了解演出空间的声学特性也至关重要。某些环境可能会放大振动，导致microphonic effect的发生率增加。通过分析房间的特性并进行调整，例如添加吸音材料或重新定位乐器，工程师可以显著减少这种现象的负面影响。总之，microphonic effect是声音工程和音乐制作领域的重要考虑因素。通过认识其原因并实施对策，音乐家和音频专业人士可以提升其作品的整体音质。无论是在录音室环境还是现场表演中，意识到microphonic effect允许更好地控制音频输出，最终为演出者和观众创造更愉悦的体验。