binaural

简明释义

英[bɪˈnɔːr(ə)l;baɪ-]美[bɪˈnɑːrəl]

adj. 有两耳的；两耳用的；双声道的

英英释义

单词用法

同义词

反义词

例句

1.An introduction into the underlying principles, software research and applications of the binaural room simulation is given.

本文对此项技术的原理、声场模拟、听觉化实现过程、软件研究及应用前景等作了简要的介绍。

2.Early in media history, we discovered that the human ears pick up audio in three dimensions and the first binaural recording goes back to 1881.

在媒体史的早起，我们发现人耳第一次双耳录音来拾取三维音频可追溯到1881年。

3.It is more suitable for the old patients with severe and profound binaural deafness.

非常适合双耳重度和极重度聋的老年人。

4.By meditating or using brainwave audios such as binaural beats you are able to bypass the conscious mind and work directly with the subconscious mind.

通过冥想或是诸如双耳节拍这样的脑波音频，我们能够绕过意识直接作用于潜意识思想。

5.This article describes the basic method of binaural sound reproduction through loudspeakers, the problems arising from it and some ways to solve the problems.

本文简述扬声器重放双耳信号的基本方法、带来的问题和一些解决问题的途径。

6.The results suggest: 1. Binaural inhibition may play a crucial role in direction dependent Q-value of frequency tuning curve (FTC) of TC neurons;

结果提示：1）听觉系统两侧的相互抑制作用-双耳抑制主要决定频率调谐特性的尖锐性随方向变化的特性；

7.Binocular machine vision and binaural machine hearing reproduce senses of optical and audio direction and distance.

双目机器视觉和双耳机器听觉重现光和声音的方向和距离感。

8.Beyond filling in the gaps in our knowledge of binaural fusion, we hope to begin addressing other problems.

在填补我们对双声道融接的知识上的空白之外，我们希望开始注重其他问题。

9.The digital tracks are binaural, or two-toned, recordings that deliver different tones in each ear, altering brainwaves.

这种音频必须通过双耳收听，两只耳朵由于接收到不同音调的声音，由此改变脑电波。

10.Listening to binaural 双耳的 beats can help with relaxation and focus during meditation.

听binaural 双耳的节拍可以帮助在冥想时放松和集中注意力。

11.Many ASMR videos use binaural 双耳的 audio to create a more realistic sound environment.

许多ASMR视频使用binaural 双耳的音频来创造更真实的声音环境。

12.The new headphones offer a superior binaural 双耳的 sound experience that immerses you in the music.

这款新耳机提供了卓越的binaural 双耳的声音体验，让你沉浸在音乐中。

13.For virtual reality experiences, binaural 双耳的 sound is essential to enhance immersion.

在虚拟现实体验中，binaural 双耳的声音是增强沉浸感的关键。

14.The sound engineer recorded the concert using binaural 双耳的 techniques to capture the spatial audio.

声音工程师使用binaural 双耳的技术录制了音乐会，以捕捉空间音频。

作文

In recent years, the field of audio technology has seen significant advancements, particularly with the rise of immersive sound experiences. One of the most fascinating developments in this area is the concept of binaural audio. This term refers to a method of recording and reproducing sound that mimics the way human ears perceive sound in real life. By using two microphones placed in a way that simulates the position of human ears, binaural recordings create a three-dimensional auditory experience that can make listeners feel as if they are present in the environment being recorded.The science behind binaural audio is rooted in the principles of sound localization. Human beings have two ears, which allow us to determine the direction from which a sound is coming. Our brains process the slight differences in the time it takes for sound to reach each ear, as well as the intensity differences, to pinpoint where a sound originates. Binaural recordings take advantage of this natural ability, providing a more realistic listening experience compared to traditional stereo recordings.One of the most common applications of binaural audio is in virtual reality (VR) environments. As VR technology continues to evolve, the demand for immersive soundscapes has increased. Developers are now incorporating binaural audio techniques into their projects to enhance the realism of the virtual worlds they create. For example, when a user turns their head in a VR game, the sound will shift accordingly, creating a sense of presence that is vital for an engaging experience.Moreover, binaural audio is also gaining popularity in the realm of meditation and relaxation. Many guided meditations and ambient soundtracks utilize binaural beats, which are believed to promote relaxation and mental clarity. These recordings often involve playing two slightly different frequencies in each ear, which can lead to a perceived third tone in the brain. This phenomenon is thought to help synchronize brainwave activity, allowing individuals to enter a deep state of relaxation.In addition to its applications in entertainment and wellness, binaural audio has also found its way into the world of ASMR (Autonomous Sensory Meridian Response). ASMR videos often use binaural recording techniques to create intimate and immersive auditory experiences that trigger a tingling sensation in some viewers. The close-up sounds of whispering, tapping, or brushing can be enhanced through binaural audio, making the experience more vivid and enjoyable.Despite its many benefits, binaural audio does come with some challenges. For instance, the effectiveness of binaural recordings can diminish when played through standard speakers, as the spatial effects rely heavily on the listener wearing headphones. Additionally, not all listeners may respond to binaural audio in the same way, as individual differences in hearing and perception can impact the overall experience.In conclusion, binaural audio represents a remarkable advancement in the way we experience sound. Its ability to create immersive auditory environments has made it a valuable tool in various fields, from gaming to relaxation techniques. As technology continues to evolve, we can expect to see even more innovative uses for binaural audio, enhancing our interactions with sound in ways we have yet to imagine. Whether used for entertainment, meditation, or simply enjoying music, binaural audio offers a unique and captivating listening experience that is hard to replicate.

近年来，音频技术领域经历了显著的进步，尤其是在沉浸式声音体验的兴起方面。binaural音频的概念是这一领域中最迷人的发展之一。这个术语指的是一种录制和再现声音的方法，它模仿人耳在现实生活中感知声音的方式。通过使用两个麦克风，按照模拟人耳的位置进行放置，binaural录音创造出一种三维的听觉体验，让听众感觉自己仿佛身处于被录制的环境中。binaural音频背后的科学基于声音定位的原理。人类有两只耳朵，这使我们能够确定声音来自哪个方向。我们的脑部处理声音到达每只耳朵所需的时间微小差异以及强度差异，以确定声音的来源。binaural录音利用了这种自然能力，提供了一种比传统立体声录音更真实的听觉体验。binaural音频最常见的应用之一是在虚拟现实（VR）环境中。随着VR技术的不断发展，对沉浸式音效的需求也在增加。开发者现在将binaural音频技术纳入他们的项目中，以增强他们创建的虚拟世界的真实感。例如，当用户在VR游戏中转动头部时，声音会相应地变化，创造出一种存在感，这对于引人入胜的体验至关重要。此外，binaural音频在冥想和放松领域也越来越受欢迎。许多引导冥想和环境音乐都利用binaural节拍，这被认为可以促进放松和心理清晰。这些录音通常涉及在每只耳朵中播放两个略微不同的频率，这可能导致大脑中感知到第三种音调。这种现象被认为有助于同步脑电波活动，使个人进入深度放松状态。除了在娱乐和健康中的应用外，binaural音频还进入了ASMR（自主感觉经络反应）的世界。ASMR视频通常使用binaural录音技术来创造亲密而沉浸的听觉体验，从而引发一些观众的刺痛感。耳语、敲击或刷子的近距离声音可以通过binaural音频得到增强，使体验更加生动和愉悦。尽管有许多好处，binaural音频也面临一些挑战。例如，标准扬声器播放时，binaural录音的有效性可能会降低，因为空间效果在很大程度上依赖于听众佩戴耳机。此外，并非所有听众对binaural音频的反应都是相同的，因为听力和感知的个体差异可能会影响整体体验。总之，binaural音频代表了我们体验声音方式的显著进步。它创造沉浸式听觉环境的能力使其成为各个领域的宝贵工具，从游戏到放松技巧。随着技术的不断发展，我们可以期待看到binaural音频的更多创新用途，提升我们与声音的互动方式，超越我们目前的想象。无论是用于娱乐、冥想，还是单纯享受音乐，binaural音频提供了一种独特而迷人的听觉体验，难以复制。