audio frequency

简明释义

音频

英英释义

例句

1.The speaker is designed to reproduce sounds within the range of audio frequency 音频频率 for optimal listening experience.

这款扬声器旨在重现在音频频率范围内的声音，以获得最佳的听觉体验。

2.The human ear can typically hear sounds in the audio frequency 音频频率 range of 20 Hz to 20 kHz.

人耳通常可以听到音频频率范围在20 Hz到20 kHz之间的声音。

3.In sound engineering, understanding audio frequency 音频频率 is crucial for mixing and mastering tracks.

在声音工程中，理解音频频率对于混音和母带制作至关重要。

4.When recording music, it’s important to monitor the audio frequency 音频频率 response of your microphones.

在录制音乐时，监测麦克风的音频频率响应非常重要。

5.The equalizer adjusts the levels of different audio frequency 音频频率 bands to enhance the sound quality.

均衡器调整不同音频频率频段的音量，以增强音质。

作文

Audio frequency refers to the range of sound frequencies that are audible to the human ear, typically from 20 Hz to 20 kHz. This range is crucial for various applications in music, communication, and technology. Understanding audio frequency is essential for anyone interested in sound engineering, music production, or even just enjoying music at home. When we talk about audio frequency, we are essentially discussing how sound waves vibrate and travel through different mediums, creating the music and sounds we hear daily. In music production, for instance, producers must have a solid grasp of audio frequency to mix tracks effectively. Each instrument occupies a specific frequency range; for example, bass guitars typically operate around 40 Hz to 400 Hz, while cymbals can reach up to 20 kHz. If a producer does not understand how these frequencies interact, they may end up with a muddy mix where sounds clash instead of harmonize. Thus, mastering audio frequency is vital for achieving a polished final product.Moreover, in the realm of communication, audio frequency plays a significant role in telephony and broadcasting. Telephone systems are designed to transmit audio frequency signals clearly so that conversations can be understood without distortion. Similarly, radio stations operate within specific audio frequency bands to ensure that listeners receive clear audio signals. The quality of these transmissions heavily relies on the understanding of audio frequency and its implications for sound clarity and fidelity.Furthermore, advancements in technology have led to the development of various devices that manipulate audio frequency. Equalizers, for example, allow users to adjust the levels of specific frequencies, enhancing or reducing certain sounds within a track. This manipulation of audio frequency can drastically change the overall feel of a piece of music, making it more appealing to the listener’s ear. Understanding how to use these tools effectively requires a foundational knowledge of audio frequency and its characteristics.In addition to music and communication, audio frequency also has implications in fields like acoustics and environmental science. For example, researchers study audio frequency to understand how sound travels in different environments, such as urban areas versus rural settings. This research can lead to better urban planning and noise control measures, improving the quality of life for residents.In summary, audio frequency is a fundamental concept that permeates various aspects of our lives, from the music we enjoy to the technology we rely on for communication. A deeper understanding of audio frequency can enhance our appreciation of sound and improve our ability to create, communicate, and innovate in numerous fields. Whether you are a musician, an engineer, or simply a curious listener, grasping the significance of audio frequency is essential in today’s sound-driven world.

音频频率是指人耳能听到的声音频率范围，通常从20 Hz到20 kHz。这个范围对于音乐、通信和技术等各种应用至关重要。理解音频频率对任何对声音工程、音乐制作或仅仅在家享受音乐感兴趣的人来说都是必不可少的。当我们谈论音频频率时，我们实际上是在讨论声音波如何振动并通过不同的媒介传播，从而产生我们每天听到的音乐和声音。例如，在音乐制作中，制作人必须对音频频率有扎实的掌握，以便有效地混合曲目。每种乐器占据特定的频率范围；例如，低音吉他通常在40 Hz到400 Hz之间，而镲片可以达到20 kHz。如果制作人不理解这些频率如何相互作用，他们可能会最终得到一个模糊的混音，声音冲突而不是和谐。因此，掌握音频频率对于实现精致的最终产品至关重要。此外，在通信领域，音频频率在电话和广播中也发挥着重要作用。电话系统旨在清晰地传输音频频率信号，以便能够理解对话而不失真。同样，广播电台在特定的音频频率频段内工作，以确保听众接收到清晰的音频信号。这些传输的质量在很大程度上依赖于对音频频率及其对声音清晰度和保真度影响的理解。此外，技术的进步导致了多种设备的发展，这些设备操控音频频率。均衡器，例如，允许用户调整特定频率的水平，增强或减少曲目中的某些声音。这种对音频频率的操控可以极大地改变一首音乐作品的整体感觉，使其对听众的耳朵更具吸引力。有效使用这些工具需要对音频频率及其特性有基础知识。除了音乐和通信，音频频率在声学和环境科学等领域也有影响。例如，研究人员研究音频频率以了解声音在不同环境中的传播，例如城市地区与乡村环境。这项研究可以导致更好的城市规划和噪声控制措施，提高居民的生活质量。总之，音频频率是一个根本概念，渗透到我们生活的各个方面，从我们享受的音乐到我们依赖的通信技术。对音频频率的更深入理解可以增强我们对声音的欣赏，并改善我们在多个领域创造、交流和创新的能力。无论你是音乐家、工程师还是仅仅是一个好奇的听众，掌握音频频率的重要性在当今以声音为驱动的世界中都是必不可少的。