aural null

简明释义

1. 无声; 2. 消声;

英英释义

例句

1.The aural null effect can be particularly pronounced in large concert halls where sound waves interact.

在大型音乐厅中，声音波相互作用时，听觉空白效应可能特别明显。

2.Understanding how to manipulate aural null points can greatly enhance the quality of live performances.

理解如何操控听觉空白点可以大大提高现场表演的质量。

3.When positioning speakers, it's important to avoid areas of aural null to ensure optimal sound quality.

在摆放扬声器时，避免出现听觉空白区域很重要，以确保最佳音质。

4.During the test, the subject reported experiencing an aural null when the sound was played from a specific angle.

在测试过程中，受试者报告在特定角度播放声音时经历了听觉空白。

5.In audio engineering, a setting that creates an aural null can help reduce unwanted noise in a recording.

在音频工程中，创建一个听觉空白的设置可以帮助减少录音中的噪音。

作文

In the realm of audio perception, the term aural null refers to a phenomenon where certain frequencies of sound are perceived as significantly quieter or even absent in specific listening environments. This can occur due to various factors, including the listener's position relative to the sound source, the acoustics of the space, and the interaction of sound waves with objects in the environment. Understanding the concept of aural null is crucial for audio engineers, musicians, and anyone involved in sound design, as it directly impacts how sound is experienced and manipulated. For instance, consider a concert hall designed for optimal acoustic performance. The placement of speakers and the architecture of the venue are meticulously planned to minimize the occurrence of aural null zones, ensuring that every audience member receives a balanced auditory experience. However, if a listener stands in a specific spot where sound waves cancel each other out, they may experience a dramatic reduction in volume or clarity for certain instruments or voices. This illustrates how aural null can affect live performances and recordings alike.In addition to live sound settings, aural null also plays a significant role in studio recordings. Sound engineers must be aware of the potential for aural null when mixing tracks, as certain frequencies may not translate well across different playback systems. For example, a track that sounds rich and full in the studio may lose its impact when played back on consumer-grade speakers that have their own unique acoustic properties. This highlights the importance of testing mixes in various environments to identify and address any aural null issues before the final release.Moreover, aural null can also be influenced by the listener's own hearing abilities. Individuals may have unique frequency response profiles, leading them to perceive sound differently from one another. This subjectivity adds another layer of complexity to the concept of aural null, as what one person may hear clearly, another may find nearly inaudible. Consequently, understanding how personal hearing variations contribute to aural null can help professionals tailor their audio work to suit a broader audience.Furthermore, technology has introduced tools that can help mitigate the effects of aural null. Equalization (EQ) techniques, for example, allow sound engineers to boost or cut specific frequencies to compensate for areas where sound may be lacking. Additionally, advanced sound systems equipped with calibration features can analyze a room's acoustics and adjust output accordingly to minimize aural null effects. These innovations demonstrate how knowledge of aural null can lead to improved sound quality and listener satisfaction.In conclusion, the concept of aural null is an essential aspect of audio perception that affects how we experience sound in various environments. Whether in a concert hall, a recording studio, or our own homes, understanding and addressing aural null can enhance the overall auditory experience. As technology continues to evolve, the ability to manage aural null will only improve, allowing for more immersive and enjoyable sound experiences for all listeners.

在音频感知领域，术语aural null指的是一种现象，在特定的听音环境中，某些频率的声音被感知为显著更安静甚至完全缺失。这种情况可能由于多种因素引起，包括听者相对于声音源的位置、空间的声学特性以及声波与环境中物体的相互作用。理解aural null的概念对音频工程师、音乐家和任何涉及声音设计的人来说都是至关重要的，因为这直接影响到声音的体验和操控。例如，考虑一个为最佳声学表现而设计的音乐厅。扬声器的放置和场馆的建筑设计经过精心规划，以最小化aural null区域的出现，确保每位观众都能获得均衡的听觉体验。然而，如果听者站在一个特定的位置，声音波可能会相互抵消，他们可能会经历某些乐器或声音的音量或清晰度显著降低。这说明了aural null如何影响现场表演和录音。除了现场声音设置外，aural null在录音室录制中也扮演着重要角色。声音工程师必须意识到混音时可能出现的aural null，因为某些频率在不同播放系统上可能无法良好传输。例如，一首在录音室听起来丰富饱满的曲目，在消费级扬声器上播放时可能会失去其冲击力，这突显了在各种环境中测试混音的重要性，以识别和解决任何aural null问题。此外，aural null还可能受到听者自身听力能力的影响。个体可能具有独特的频率响应特征，导致他们对声音的感知彼此不同。这种主观性为aural null的概念增加了另一层复杂性，因为一个人可能清晰地听到的内容，另一个人可能几乎听不见。因此，理解个人听力差异如何影响aural null可以帮助专业人士调整他们的音频作品，以适应更广泛的受众。此外，技术也引入了一些工具，可以帮助减轻aural null的影响。例如，均衡器（EQ）技术允许声音工程师提升或削减特定频率，以补偿声音可能缺失的区域。此外，配备校准功能的先进音响系统可以分析房间的声学特性，并相应调整输出，以最小化aural null的影响。这些创新展示了对aural null知识的掌握如何能够改善声音质量和听众满意度。总之，aural null的概念是音频感知的一个基本方面，影响着我们在各种环境中体验声音的方式。无论是在音乐厅、录音室还是我们自己的家中，理解和处理aural null都可以增强整体听觉体验。随着技术的不断发展，管理aural null的能力只会提高，从而为所有听众提供更具沉浸感和愉悦的声音体验。