middle frequency

简明释义

中频

英英释义

例句

1.For optimal hearing, it's important to consider the middle frequency (中频) sounds in your environment.

为了获得最佳听觉效果，考虑环境中的中频（中频）声音是很重要的。

2.The audio engineer adjusted the equalizer to enhance the middle frequency (中频) for a warmer sound.

音频工程师调整了均衡器，以增强中频（中频）的音质，使声音更加温暖。

3.The speaker's voice was clear because it emphasized the middle frequency (中频) range.

演讲者的声音清晰，因为它强调了中频（中频）范围。

4.In this experiment, we focused on the middle frequency (中频) range to analyze the acoustic properties of the material.

在这个实验中，我们专注于分析材料的声学特性，特别是中频（中频）范围。

5.The middle frequency (中频) response of the microphone was excellent during the recording session.

录音期间，麦克风的中频（中频）响应表现出色。

作文

In the realm of audio engineering, understanding various frequency ranges is crucial for achieving optimal sound quality. One such range is referred to as middle frequency, which plays a significant role in how we perceive sound. The middle frequency (中频) typically spans from around 500 Hz to 2000 Hz and is where most musical instruments and vocal sounds reside. This frequency range is essential because it encompasses the fundamental tones of many instruments, such as guitars, pianos, and brass instruments, as well as the clarity of human speech.When mixing music, engineers pay close attention to the middle frequency (中频) range to ensure that vocals stand out without overpowering the accompanying instruments. If the middle frequency (中频) is too pronounced, it can lead to a muddy sound that makes it difficult for listeners to distinguish between different elements of the mix. Conversely, if the middle frequency (中频) is too subdued, the track may lack warmth and presence, making it sound thin and lifeless.One common challenge faced by audio engineers is the presence of resonant frequencies within the middle frequency (中频) range. These resonances can cause certain notes or sounds to be overly emphasized, leading to an unbalanced mix. To combat this, engineers often use equalization techniques to cut or boost specific frequencies. For example, if a vocalist's performance is particularly harsh in the middle frequency (中频), an engineer might apply a slight reduction in that range to create a smoother sound.Furthermore, the middle frequency (中频) range is also important in live sound reinforcement. When setting up a sound system for a concert or event, sound engineers must carefully adjust the equalization settings to ensure that the middle frequency (中频) is appropriately balanced. This balance is vital for audience members to enjoy a clear and engaging listening experience. If the middle frequency (中频) is not properly managed, it can lead to feedback issues and an overall unpleasant sound experience.Beyond music, the concept of middle frequency (中频) extends into various fields, such as telecommunications and acoustics. In telecommunications, signals within the middle frequency (中频) range are often utilized for voice transmission, as they carry essential information while minimizing distortion. Similarly, in architectural acoustics, the middle frequency (中频) range is critical for speech intelligibility in spaces such as classrooms, auditoriums, and conference rooms.In conclusion, the middle frequency (中频) range is a vital component of sound that impacts various aspects of audio production and reproduction. Whether in music mixing, live sound engineering, or telecommunications, understanding and managing the middle frequency (中频) is essential for achieving high-quality sound. As technology continues to advance, the importance of mastering this frequency range will only grow, highlighting the need for ongoing education and awareness in the field of audio engineering.

在音频工程领域，理解各种频率范围对实现最佳音质至关重要。其中一个范围被称为中频，它在我们感知声音的过程中发挥着重要作用。中频（middle frequency）通常指的是500赫兹到2000赫兹之间的频率范围，这里是大多数乐器和人声所在的位置。这个频率范围至关重要，因为它包含了许多乐器的基本音调，例如吉他、钢琴和铜管乐器，以及人声的清晰度。在混音过程中，工程师会特别关注中频（middle frequency）范围，以确保人声突出而不压倒伴奏乐器。如果中频（middle frequency）过于突出，可能会导致声音模糊，使听众难以区分混音中的不同元素。相反，如果中频（middle frequency）过于低沉，曲目可能会缺乏温暖和存在感，听起来显得单薄和无生气。音频工程师面临的一个常见挑战是中频（middle frequency）范围内的共振频率。这些共振可能导致某些音符或声音被过度强调，从而导致混音不平衡。为了应对这一问题，工程师通常使用均衡技术来削减或增强特定频率。例如，如果歌手的表演在中频（middle frequency）上特别刺耳，工程师可能会在该范围内轻微减少，以创造更平滑的声音。此外，中频（middle frequency）范围在现场声音增强中也非常重要。在为音乐会或活动设置音响系统时，声音工程师必须仔细调整均衡设置，以确保中频（middle frequency）适当平衡。这种平衡对于观众享受清晰而引人入胜的听觉体验至关重要。如果中频（middle frequency）没有得到妥善管理，可能会导致反馈问题和整体不愉快的声音体验。除了音乐，中频（middle frequency）的概念还扩展到电信和声学等各个领域。在电信中，中频（middle frequency）范围内的信号通常用于语音传输，因为它们在最小化失真的同时传递重要信息。同样，在建筑声学中，中频（middle frequency）范围对于教室、礼堂和会议室等空间的语音可懂性至关重要。总之，中频（middle frequency）范围是声音的重要组成部分，影响音频制作和再现的各个方面。无论是在音乐混音、现场声音工程还是电信中，理解和管理中频（middle frequency）对于实现高质量的声音至关重要。随着技术的不断进步，掌握这一频率范围的重要性只会增加，强调了在音频工程领域持续教育和意识提升的必要性。