acoustical

简明释义

英[əˈkuːstɪk(ə)l]美[əˈkuːstɪkl]

adj. [声] 声学的；听觉的；音响的

英英释义

单词用法

同义词

反义词

例句

1.Sound absorption materials is always used in controlling reverberation time in the acoustical design of studios.

对演播厅混响时间的控制，在声学设计上往往通过安装吸声材料来实现。

2.The folded planes of the acoustical plaster ceiling imbue the space with a regular rhythm and sense of scale.

拥有反射声音效果的折叠式天花板用富有韵律的节奏和尺度感充满了整个空间。

3.So there are a lot of acoustical things and sort of tricks of synthetic things going on in pop music.

所以在流行音乐中有很多声学的东西以及合成的技巧在里面。

4.Acoustical doors are doors specially designed and constructed for use in all situations when sound control is desired.

隔音门是专为需要控制声音的场合而设计和构建的。

5.Another neotropical plant, M. holtonii, signals bats via a specialized acoustical "mirror" inside its flowers.

新热带区的另一种植物叫m .holtonii，它通过花朵内部的一种特殊的声音“镜子”来给蝙蝠传送信号。

6.Okay, in the Mozart there were violins, so acoustical instruments as opposed to synthetic sound with regard to the pop music.

好的，在Mozart的作品中，小提琴，这种乐器发出的声音与那种，流行乐的合成音效是截然不同的。

7.We installed acoustical 声学的 panels in the recording studio to reduce echo.

我们在录音室安装了声学的面板，以减少回声。

8.The acoustical 声学的 characteristics of this room make it perfect for singing.

这个房间的声学的特性使其非常适合唱歌。

9.The architect emphasized the importance of acoustical 声学的 design in the new theater.

建筑师强调了新剧院中声学的设计的重要性。

10.The concert hall was designed with excellent acoustical 声学的 properties to enhance the sound quality.

这个音乐厅的设计具有优秀的声学的属性，以提升音质。

11.Her research focused on acoustical 声学的 engineering and its applications in urban environments.

她的研究集中在声学的工程及其在城市环境中的应用。

作文

The study of sound and its properties is an integral part of various fields, including music, architecture, and environmental science. One of the key terms that often arises in these discussions is acoustical, which refers to anything related to sound or the science of sound. Understanding the concept of acoustical properties is essential for creating spaces that enhance auditory experiences. For instance, concert halls are designed with specific acoustical features to ensure that music can be heard clearly and evenly throughout the venue. Architects and engineers must consider factors such as sound reflection, absorption, and diffusion when designing these spaces.In addition to performance venues, acoustical design is crucial in educational institutions. Classrooms need to be constructed in a way that minimizes noise and enhances the intelligibility of spoken words. Poor acoustical conditions can lead to difficulties in learning, especially for young children who are still developing their language skills. Therefore, educators and school designers must collaborate to create environments that support effective communication.Moreover, the importance of acoustical considerations extends to urban planning. In densely populated areas, noise pollution can be a significant issue, impacting residents' quality of life. Urban planners often incorporate acoustical barriers, such as sound walls or vegetation, to mitigate the effects of traffic noise and other disturbances. By understanding the acoustical characteristics of different materials and environments, planners can create more livable cities.The realm of technology has also seen advancements in acoustical research. Innovations such as noise-canceling headphones rely on the principles of acoustical engineering to improve user experience by reducing unwanted ambient sounds. Similarly, the development of acoustical sensors has opened new avenues for monitoring and analyzing sound in various contexts, from wildlife studies to industrial applications.Furthermore, the field of medicine has recognized the significance of acoustical properties. Ultrasound technology, which utilizes high-frequency sound waves, has become a vital tool in diagnostics and therapeutic procedures. The acoustical characteristics of tissues play a crucial role in how sound waves interact with them, allowing for non-invasive imaging methods that provide valuable insights into a patient's health.In conclusion, the term acoustical encompasses a wide range of applications and implications across different fields. Whether it is in the design of a concert hall, the construction of a classroom, the planning of urban spaces, the advancement of technology, or the development of medical techniques, understanding acoustical principles is essential for enhancing our interaction with sound. As we continue to explore and innovate within these areas, the significance of acoustical considerations will only grow, shaping our environments and experiences in profound ways.

声音及其属性的研究是音乐、建筑和环境科学等多个领域的重要组成部分。在这些讨论中，一个常常出现的关键术语是声学的，它指的是与声音或声音科学相关的任何事物。理解声学的特性对于创造增强听觉体验的空间至关重要。例如，音乐厅的设计具有特定的声学的特征，以确保音乐在整个场馆中清晰而均匀地被听到。建筑师和工程师在设计这些空间时必须考虑声音反射、吸收和扩散等因素。除了表演场所，声学的设计在教育机构中也至关重要。教室需要以减少噪音并增强口语可懂性为目标进行构建。糟糕的声学的条件会导致学习困难，尤其是对仍在发展语言技能的幼儿。因此，教育工作者和学校设计师必须合作创造支持有效沟通的环境。此外，声学的考虑的重要性还延伸到城市规划。在人口稠密的地区，噪音污染可能是一个重大问题，影响居民的生活质量。城市规划者通常会结合声学的屏障，如隔音墙或植被，以减轻交通噪音和其他干扰的影响。通过理解不同材料和环境的声学的特性，规划者可以创建更宜居的城市。技术领域也见证了声学的研究的进步。噪音消除耳机等创新依赖于声学的工程原理，通过减少不必要的环境声音来改善用户体验。同样，声学的传感器的发展为在各种背景下监测和分析声音打开了新的途径，从野生动物研究到工业应用。此外，医学领域也认识到声学的特性的意义。超声技术利用高频声波，已成为诊断和治疗程序的重要工具。组织的声学的特性在声波与它们的相互作用中起着至关重要的作用，使得无创成像方法能够提供有关患者健康的宝贵见解。总之，术语声学的涵盖了各个领域广泛的应用和影响。无论是在音乐厅的设计、教室的建设、城市空间的规划、技术的进步，还是医学技术的发展，理解声学的原理对于增强我们与声音的互动至关重要。随着我们在这些领域继续探索和创新，声学的考虑的重要性只会不断增长，深刻塑造我们的环境和体验。