acoustic basement

简明释义

1. 地震基底; 2. 声学基底; 3. 声波基底;

英英释义

例句

1.The acoustic basement is designed to minimize sound reflections and echoes.

这个声学地下室的设计旨在最小化声音反射和回声。

2.We held our band practice in the acoustic basement to avoid disturbing the neighbors.

我们在声学地下室进行乐队排练，以免打扰邻居。

3.During the concert, the musicians appreciated the acoustics of the acoustic basement.

在音乐会上，音乐家们很欣赏声学地下室的音效。

4.The sound engineer adjusted the levels in the acoustic basement to enhance the recording quality.

声音工程师在声学地下室调整音量，以提高录音质量。

5.After installing the new soundproofing materials, the acoustic basement became much quieter.

安装了新的隔音材料后，声学地下室变得安静多了。

作文

The term acoustic basement refers to a specific area within a building or structure where sound waves are managed and controlled to enhance the acoustic experience. In many modern architectural designs, especially in concert halls, theaters, and recording studios, the concept of an acoustic basement plays a crucial role. The design of these spaces is meticulously planned to ensure that sound is not only produced but also experienced in its best form. Acoustics is the science of sound, and it encompasses how sound waves travel, interact with surfaces, and are perceived by the human ear. An acoustic basement is often designed with materials that absorb, reflect, or diffuse sound waves. This careful selection of materials helps in preventing echoes and reverberations that can distort sound quality. For example, soft materials like carpets and curtains can absorb sound, while hard surfaces like walls and ceilings can reflect sound. In a concert hall, the acoustic basement may include features such as strategically placed panels that can be adjusted to optimize sound distribution throughout the space. This ensures that every audience member experiences the performance as intended by the artists. Additionally, the shape and volume of the acoustic basement are also key factors in achieving the desired acoustic properties. A well-designed acoustic basement can enhance the clarity and richness of music, making it a vital component of any performance venue.Moreover, the importance of an acoustic basement extends beyond just music performances. In educational institutions, for instance, classrooms with good acoustics can significantly improve students' learning experiences. When sound is clear and free from distortion, students can better understand their teachers, leading to enhanced comprehension and retention of information. Therefore, incorporating an acoustic basement in school designs is essential for fostering an effective learning environment.In the realm of film and media production, the acoustic basement is equally important. Sound engineers often work in studios designed with specific acoustic properties to ensure that recordings are of the highest quality. The acoustic basement in these studios is designed to minimize outside noise interference and control sound reflections, allowing for precise audio editing and mixing. This level of detail in sound management is what separates professional productions from amateur ones.In conclusion, the concept of an acoustic basement is integral to various fields, including music, education, and media production. By understanding the significance of sound management and the role of an acoustic basement, architects and designers can create spaces that not only look aesthetically pleasing but also provide an exceptional auditory experience. As we continue to advance in technology and design, the importance of acoustics will remain a fundamental aspect of creating environments that enrich our daily lives, proving that sound is as much a part of our experience as sight and touch. Ultimately, whether in a grand concert hall or a simple classroom, the presence of an effective acoustic basement can elevate our experiences, making sound not just something we hear, but something we feel deeply.

“声学基底”是指建筑或结构内的特定区域，在该区域内，声波被管理和控制，以增强声学体验。在许多现代建筑设计中，尤其是在音乐厅、剧院和录音室中，“声学基底”的概念发挥着至关重要的作用。这些空间的设计经过精心规划，以确保声音不仅被产生，而且以最佳形式被体验。声学是声音的科学，它包括声波如何传播、与表面相互作用以及被人耳感知的方式。“声学基底”通常采用能够吸收、反射或扩散声波的材料进行设计。这种对材料的精心选择有助于防止回声和混响，这些因素可能会扭曲音质。例如，地毯和窗帘等软材料可以吸收声音，而墙壁和天花板等硬表面则可以反射声音。在音乐厅中，“声学基底”可能包括一些特征，例如可以调整的面板，旨在优化整个空间的声音分布。这确保每位观众都能如艺术家所意图的那样体验演出。此外，“声学基底”的形状和体积也是实现所需声学特性的关键因素。一个设计良好的“声学基底”可以增强音乐的清晰度和丰富性，使其成为任何表演场地的重要组成部分。此外，“声学基底”的重要性不仅限于音乐表演。在教育机构中，例如，具有良好声学效果的教室可以显著改善学生的学习体验。当声音清晰且没有失真时，学生能够更好地理解老师，从而增强信息的理解和记忆。因此，在学校设计中融入“声学基底”对于营造有效的学习环境至关重要。在电影和媒体制作领域，“声学基底”同样重要。声音工程师经常在设计具有特定声学特性的工作室中工作，以确保录音质量达到最高标准。这些工作室中的“声学基底”旨在最小化外部噪声干扰并控制声音反射，从而允许进行精确的音频编辑和混合。这种声音管理的细致程度是专业制作与业余制作之间的区别所在。总之，“声学基底”的概念在音乐、教育和媒体制作等多个领域都是不可或缺的。通过理解声学管理的重要性和“声学基底”的作用，建筑师和设计师可以创造出不仅在美学上令人愉悦，而且提供卓越听觉体验的空间。随着我们在技术和设计上的不断进步，声学的重要性将始终是创造丰富我们日常生活的环境的基本方面，证明声音不仅是我们体验的一部分，也与视觉和触觉同样重要。最终，无论是在宏伟的音乐厅还是简单的教室，有效的“声学基底”的存在都可以提升我们的体验，使声音不仅仅是我们听到的东西，而是我们深刻感受到的东西。