sound carrier

简明释义

伴音载波

英英释义

例句

1.The cassette tape was once a popular sound carrier 声音载体 before the rise of CDs.

在CD兴起之前，磁带曾是一个流行的声音载体 声音载体。

2.Streaming services have changed the way we use sound carriers 声音载体, making music more accessible than ever.

流媒体服务改变了我们使用声音载体 声音载体的方式，使音乐比以往更易获取。

3.In modern technology, digital files serve as the primary sound carrier 声音载体 for audio distribution.

在现代技术中，数字文件作为音频分发的主要声音载体 声音载体。

4.The vinyl record is a classic example of a sound carrier 声音载体 that has been cherished by music lovers for decades.

黑胶唱片是一个经典的声音载体 声音载体，几十年来一直受到音乐爱好者的喜爱。

5.Radio waves act as a sound carrier 声音载体 for broadcasting music and news to the public.

无线电波作为一个声音载体 声音载体，用于向公众广播音乐和新闻。

作文

In the realm of audio technology, the term sound carrier refers to any medium that can transmit sound waves from one point to another. This concept is crucial in understanding how we experience sound in our daily lives. From the early days of communication using simple tools to the advanced technologies we have today, the evolution of sound carriers has significantly shaped the way we interact with the world around us.Historically, the first sound carriers were natural elements like air and water. For instance, ancient civilizations used drums and horns to communicate over long distances. These instruments acted as sound carriers, transmitting vibrations through the air, allowing messages to be conveyed even when direct visual contact was not possible. This primitive form of communication laid the groundwork for more sophisticated methods of sound transmission.As technology advanced, so did the complexity of sound carriers. The invention of the phonograph in the late 19th century marked a significant milestone in audio history. This device used a physical medium, such as wax cylinders or vinyl records, to capture and reproduce sound. The phonograph transformed the way people experienced music, making it accessible to the masses. In this context, the phonograph served as a tangible sound carrier, preserving the nuances of live performances for future generations.With the advent of radio in the early 20th century, sound carriers took on a new dimension. Radio waves, a form of electromagnetic radiation, became a powerful means of transmitting sound over vast distances without the need for physical mediums. This innovation revolutionized communication, allowing news, entertainment, and music to reach audiences far and wide. The radio exemplified how sound carriers could evolve beyond physical objects to include invisible forces that connect people across continents.Today, digital technology has further transformed the landscape of sound carriers. Streaming services and digital downloads have replaced traditional media formats, allowing users to access vast libraries of music and audio content instantly. In this digital age, the internet serves as a global sound carrier, enabling seamless sharing and distribution of sound across various platforms. This shift has democratized access to music, empowering artists and listeners alike.Moreover, the concept of sound carriers extends beyond music and entertainment. In fields such as medicine, sound waves are utilized in ultrasound technology to create images of the human body. Here, sound acts as a sound carrier, transmitting information that is vital for diagnosis and treatment. Similarly, in environmental science, researchers use acoustic monitoring to study wildlife and ecosystems, demonstrating the versatility of sound carriers in various domains.In conclusion, the term sound carrier encompasses a wide range of mediums and technologies that facilitate the transmission of sound. From ancient instruments to modern digital platforms, sound carriers have continually evolved, shaping our auditory experiences and expanding the ways we communicate. Understanding the significance of sound carriers not only enhances our appreciation of sound but also highlights the intricate relationship between technology and human interaction. As we move forward, it will be fascinating to see how sound carriers will continue to adapt and transform in our ever-changing world.

在音频技术领域，术语声音载体指的是任何能够将声波从一个点传输到另一个点的媒介。这个概念对于理解我们日常生活中如何体验声音至关重要。从早期使用简单工具进行通信的时代到今天我们拥有的先进技术，声音载体的演变显著塑造了我们与周围世界的互动方式。历史上，最早的声音载体是空气和水等自然元素。例如，古代文明使用鼓和号角在远距离之间进行沟通。这些乐器充当了声音载体，通过空气传播振动，使得信息可以在没有直接视觉接触的情况下被传达。这种原始的沟通形式为更复杂的声音传输方法奠定了基础。随着技术的发展，声音载体的复杂性也随之提高。19世纪末，留声机的发明标志着音频历史上的一个重要里程碑。该设备使用物理媒介，如蜡筒或黑胶唱片，来捕捉和再现声音。留声机改变了人们体验音乐的方式，使其对大众可及。在这个背景下，留声机作为一种有形的声音载体，保存了现场表演的细微差别，为后代所用。随着20世纪早期广播的出现，声音载体又赋予了新的维度。无线电波作为一种电磁辐射，成为一种强大的手段，可以在没有物理媒介的情况下将声音传输到广阔的距离。这一创新彻底改变了通信方式，使新闻、娱乐和音乐能够迅速传播给广泛的受众。广播展示了声音载体如何超越物理对象，包含连接不同大陆的无形力量。如今，数字技术进一步改变了声音载体的格局。流媒体服务和数字下载取代了传统媒体格式，使用户能够即时访问庞大的音乐和音频内容库。在这个数字时代，互联网作为全球性的声音载体，使得声音在各种平台上无缝分享和分发。这一变化使音乐的获取变得民主化，赋予了艺术家和听众权力。此外，声音载体的概念不仅限于音乐和娱乐。在医学领域，声波用于超声技术以创建人体图像。在这里，声音作为声音载体，传递着对诊断和治疗至关重要的信息。同样，在环境科学中，研究人员利用声学监测研究野生动物和生态系统，展示了声音载体在各个领域的多样性。总之，术语声音载体涵盖了促进声音传输的各种媒介和技术。从古老的乐器到现代数字平台，声音载体不断演变，塑造了我们的听觉体验并扩展了我们交流的方式。理解声音载体的重要性不仅增强了我们对声音的欣赏，还突显了技术与人类互动之间错综复杂的关系。随着我们向前发展，观察声音载体在我们不断变化的世界中如何继续适应和转型将是非常有趣的。