microphonic

简明释义

英[maɪˈkrɒfɪk]美[maɪˈkrɒfɪk]

adj. 话筒的；颤噪效应的

英英释义

单词用法

同义词

反义词

例句

1.Objective: to observe the effect of furosemide on the cochlear microphonic potential (CM) and auditory nerve potential (AP).

目的观察速尿对豚鼠耳蜗微音器电位(CM)和听神经动作电位(AP)的影响。

2.About the only thing they have going for them is their non-microphonic cord.

他唯一的优势在于没有“麦克风效应”。

3.Objective: to observe the effect of furosemide on the cochlear microphonic potential (CM) and auditory nerve potential (AP).

目的观察速尿对豚鼠耳蜗微音器电位(CM)和听神经动作电位(AP)的影响。

4.The cables also behave well concerning noise transmission, they aren't very microphonic.

线材也不会传导噪音，听诊器效应不明显。

5.Some guitar pickups can be quite microphonic, which affects the overall tone of the instrument.微音的

一些吉他拾音器可能会非常microphonic，这会影响乐器的整体音色。微音的

6.The old condenser microphone was known to be microphonic, causing issues with clarity.微音的

那支老式电容麦克风以其microphonic而闻名，导致清晰度出现问题。微音的

7.The sound engineer noticed a microphonic 麦克风效应的 feedback during the live concert.

音响工程师在现场音乐会上注意到有一个microphonic 麦克风效应的反馈。

8.When recording, it's essential to check for any microphonic 麦克风效应的 components in the setup.

在录音时，检查设置中是否有任何microphonic 麦克风效应的元件是至关重要的。

9.The technician had to replace the microphonic 麦克风效应的 cable to eliminate the unwanted noise.

技术人员必须更换microphonic 麦克风效应的电缆，以消除不必要的噪音。

作文

In the world of audio technology, the term microphonic refers to a phenomenon where a microphone picks up unwanted sounds or vibrations, often leading to feedback or distortion. Understanding this concept is crucial for anyone involved in sound engineering or music production. The microphonic effect can occur in various settings, from live concerts to studio recordings, and can significantly impact the quality of sound. For instance, during a live performance, if a singer moves too close to a microphone that is highly microphonic, the audience may hear a loud screeching noise, which can be quite jarring. This happens because the microphone is picking up vibrations from the stage or even the singer's voice in an unintended manner. Similarly, in a recording studio, if a microphone is placed near a source of vibration, such as a loudspeaker or an instrument, it may also exhibit microphonic characteristics, resulting in a less than ideal recording. To mitigate the microphonic effect, sound engineers often employ various techniques. One common approach is to use shock mounts, which are devices designed to isolate microphones from vibrations caused by handling or movement. By suspending the microphone in a way that minimizes contact with its stand or other surfaces, these mounts can greatly reduce the chances of microphonic interference. Additionally, choosing the right type of microphone can help prevent microphonic issues. For example, dynamic microphones are generally less susceptible to this phenomenon compared to condenser microphones. This is because dynamic microphones use a moving coil design that is less sensitive to vibrations. Therefore, for live sound applications where feedback and distortion can be problematic, dynamic microphones are often preferred. Another factor to consider is the acoustic environment. A room with poor acoustics can exacerbate microphonic effects, as sound waves bounce off walls and create echoes that microphones may pick up. To address this, sound engineers might use acoustic treatment materials, such as foam panels or bass traps, to improve the sound quality and minimize microphonic interference. In conclusion, the term microphonic encapsulates an important aspect of audio technology that affects both live performances and studio recordings. By understanding what microphonic means and how it can influence sound quality, audio professionals can take proactive steps to mitigate its effects. Whether through the use of specialized equipment like shock mounts, selecting appropriate microphones, or optimizing the recording environment, addressing microphonic issues is essential for achieving high-quality sound. As technology continues to evolve, so too will the methods for managing microphonic challenges, ensuring that artists and sound engineers can deliver the best possible auditory experiences to their audiences.

在音频技术的世界中，术语microphonic指的是麦克风拾取不必要的声音或振动的现象，这通常会导致反馈或失真。理解这个概念对任何参与声音工程或音乐制作的人来说都是至关重要的。microphonic效应可以在各种环境中发生，从现场音乐会到录音室录音，它都可能显著影响声音质量。例如，在现场表演中，如果一位歌手靠近一个高度microphonic的麦克风，观众可能会听到刺耳的尖叫声，这可能会让人感到相当刺耳。这是因为麦克风以一种意想不到的方式拾取了来自舞台或甚至歌手声音的振动。同样，在录音室中，如果麦克风放置在靠近振动源的位置，比如扬声器或乐器，它也可能表现出microphonic特性，导致录音效果不理想。为了减轻microphonic效应，声音工程师通常会采用各种技术。一种常见的方法是使用防震支架，这是一种旨在将麦克风与由于手动操作或移动而产生的振动隔离的设备。通过以最小接触其支架或其他表面的方式悬挂麦克风，这些支架可以大大减少microphonic干扰的机会。此外，选择合适类型的麦克风也可以帮助防止microphonic问题。例如，动态麦克风通常比电容麦克风更不容易受到这种现象的影响。这是因为动态麦克风使用的动圈设计对振动的敏感度较低。因此，在现场音响应用中，动态麦克风通常更受青睐，因为反馈和失真可能是个问题。另一个需要考虑的因素是声学环境。声学条件差的房间可能会加剧microphonic效应，因为声波会在墙壁上反弹并产生麦克风可能拾取的回声。为了解决这个问题，声音工程师可能会使用声学处理材料，如泡沫面板或低音陷阱，以改善音质并最小化microphonic干扰。总之，术语microphonic概括了音频技术中的一个重要方面，这影响着现场表演和录音室录音。通过理解microphonic的含义及其如何影响声音质量，音频专业人士可以采取主动措施来减轻其影响。无论是通过使用像防震支架这样的专业设备，选择合适的麦克风，还是优化录音环境，解决microphonic问题对于实现高质量的声音至关重要。随着技术的不断发展，管理microphonic挑战的方法也将不断演变，确保艺术家和声音工程师能够为观众提供最佳的听觉体验。