stereophonic transmission

简明释义

立体声传输

英英释义

例句

1.For the best listening experience, ensure your device supports stereophonic transmission 立体声传输.

为了获得最佳的听觉体验，请确保您的设备支持立体声传输 立体声传输。

2.The new sound system in the theater offers exceptional stereophonic transmission 立体声传输 that immerses the audience in the film.

剧院的新音响系统提供了卓越的立体声传输 立体声传输，让观众沉浸在电影中。

3.You can enjoy a more realistic audio experience with stereophonic transmission 立体声传输 while watching movies at home.

在家看电影时，您可以享受更真实的音频体验，通过立体声传输 立体声传输。

4.Many modern headphones are designed to deliver stereophonic transmission 立体声传输 for a richer sound quality.

许多现代耳机旨在提供立体声传输 立体声传输，以获得更丰富的音质。

5.The concert was enhanced by the stereophonic transmission 立体声传输 from the multiple speakers set up around the venue.

音乐会因周围场地设置的多个扬声器的立体声传输 立体声传输而得到了增强。

作文

In the world of audio technology, the term stereophonic transmission refers to a method of sound reproduction that creates an illusion of multi-directional audible perspective. This technique is widely used in music and broadcasting to enhance the listening experience by providing a more immersive sound environment. Unlike monaural sound, which delivers a single channel of audio, stereophonic transmission utilizes two or more channels to simulate the way we naturally hear sounds in our surroundings. The origins of stereophonic transmission can be traced back to the early 20th century, when inventors and audio engineers began experimenting with multiple speakers and channels. The breakthrough came in the 1930s when the first stereo recordings were made, allowing listeners to experience music in a more dynamic and engaging way. This innovation not only transformed the music industry but also paved the way for advancements in film and television sound design.One of the key benefits of stereophonic transmission is its ability to create a sense of space and depth in audio playback. For instance, when listening to a live concert recording, a listener can hear the distinct placement of instruments on stage, as if they were actually present at the event. This spatial awareness is achieved through the careful placement of microphones during recording, as well as the use of advanced mixing techniques in post-production.Moreover, stereophonic transmission has become an essential component of modern home entertainment systems. With the advent of surround sound technologies, audio enthusiasts can now enjoy an even more sophisticated listening experience. Surround sound takes the principles of stereophonic transmission further by incorporating additional channels and speakers, enveloping the listener in a three-dimensional sound field. This is particularly evident in movie theaters, where sound effects can move around the audience, heightening the emotional impact of a film.In addition to its applications in music and film, stereophonic transmission is also utilized in various forms of communication, including radio broadcasting and teleconferencing. By using stereo sound, broadcasters can convey a richer auditory experience, making their programs more engaging and enjoyable for listeners. Similarly, in teleconferencing, stereo audio can help participants feel more connected, as it mimics face-to-face interactions more closely than traditional mono audio.Despite the advantages of stereophonic transmission, there are challenges that come with its implementation. One major issue is the need for compatible playback equipment. To fully appreciate stereo sound, listeners must have access to stereo speakers or headphones. Additionally, poor recording practices or low-quality audio files can detract from the intended experience, leading to dissatisfaction among listeners.In conclusion, stereophonic transmission plays a crucial role in enhancing our auditory experiences across various media. Its ability to create a sense of space and depth has revolutionized how we consume music, film, and other forms of entertainment. As technology continues to evolve, the principles behind stereophonic transmission will undoubtedly remain relevant, shaping the future of audio experiences for generations to come.

在音频技术的世界中，术语立体声传输指的是一种声音重现的方法，它创造了多方向可听透视的错觉。这种技术在音乐和广播中被广泛使用，以通过提供更身临其境的声音环境来增强听觉体验。与提供单一音频通道的单声道声音不同，立体声传输利用两个或更多通道模拟我们自然听到周围声音的方式。立体声传输的起源可以追溯到20世纪初，当时发明家和音频工程师开始实验多个扬声器和通道。突破发生在1930年代，当时制作了第一批立体声录音，使听众能够以更动态和引人入胜的方式体验音乐。这一创新不仅改变了音乐产业，还为电影和电视声音设计的进步铺平了道路。立体声传输的一个关键好处是它能够在音频播放中创造空间感和深度。例如，在听现场音乐会录音时，听众可以听到乐器在舞台上的独特位置，就像他们实际上在活动现场一样。这种空间意识是通过在录音过程中仔细放置麦克风以及在后期制作中使用先进的混音技术实现的。此外，立体声传输已成为现代家庭娱乐系统的重要组成部分。随着环绕声技术的出现，音频爱好者现在可以享受更复杂的听觉体验。环绕声进一步利用立体声传输的原则，通过结合额外的通道和扬声器，包围听众在三维声场中。这在电影院中尤为明显，音效可以在观众周围移动，增强电影的情感冲击力。除了在音乐和电影中的应用外，立体声传输还用于各种形式的通信，包括广播和电话会议。通过使用立体声，广播公司可以传达更丰富的听觉体验，使他们的节目对听众更加吸引和愉悦。同样，在电话会议中，立体声音频可以帮助参与者感到更加联系，因为它比传统的单声道音频更接近面对面的互动。尽管立体声传输具有诸多优点，但其实施也面临挑战。一个主要问题是对兼容播放设备的需求。为了充分欣赏立体声，听众必须拥有立体声扬声器或耳机。此外，录音实践不当或低质量的音频文件可能会削弱预期的体验，导致听众的不满。总之，立体声传输在增强我们在各种媒体中的听觉体验方面发挥着至关重要的作用。它创造空间感和深度的能力革命性地改变了我们消费音乐、电影和其他娱乐形式的方式。随着技术的不断发展，立体声传输背后的原则无疑将继续保持相关性，塑造未来几代人的音频体验。