acoustically

简明释义

英[əˈkuːstɪkli]美[əˈkuːstɪkli]

adv. 听觉上；声学上

英英释义

单词用法

同义词

反义词

例句

1.That said, the noisy battle (above) between man and machine on the planet’s surface—where there is plenty of air—is acoustically perfect.

如果编剧原本将这场人与机器之间吵闹的大战设置在那个拥有丰富大气的行星表面，这一切在声学上就完美了。

2.An acoustically absorbent material (e. g. a fabric) may be secured to an inwardly facing surface of any part formed from perforated sheet metal.

吸音材料(例如织物)可固定至由穿孔金属板形成的任何部分的面向内的表面。

3.And this reaction from the amygdala is delivered back to the cortex making us extremely sensitive (acoustically) to such sounds.

而且杏仁体的反应会重新传回听觉皮层，这让人们对类似的声音极其敏感。

4.This represents major energy saving and frees the building of the tubes and machinery, which visually and acoustically interfere in the workers' environment.

这是一项重要的节能措施，使得建筑无需采用管道和机械装置通风，这些设备不论在视觉上还是声音效果上都会干扰员工的工作环境。

5.These findings suggest that the different motivational states of dogs in aggressive, friendly or submissive contexts may result in acoustically different barks.

这些研究表明，狗在不同的状态下，比如好斗态，友好态或顺从态，会发出不同的叫声。

6.Sound absorbing foam (30, 38) is vibrationally isolated from the gradient generating coil assembly to acoustically isolate the gradient generation coil assembly from the examination space.

声音吸收泡沫（30，38）与梯度产生线圈组件震动隔离以将 梯度产生线圈组件与检测空间声学隔离。

7.Protection (LCD shows common protection) : in case of emergency, the host machine will alarm acoustically or silently and give a warning ring.

布防(液晶屏显示普通布防)：当有警情发生时，主机按原设定进行有声或无声报警并可拨打报警电话。

8.The theater's design focused on acoustically 声学上 isolating sound to improve the audience's experience.

剧院的设计专注于声学上隔离声音，以改善观众的体验。

9.This microphone is specially made to capture sound acoustically 声学上 without interference.

这个麦克风是特别制作的，能够声学上捕捉声音而不受干扰。

10.The engineers tested the room acoustically 声学上 to ensure optimal sound distribution.

工程师们对房间进行了声学上的测试，以确保最佳的声音分布。

11.In our new office, we installed acoustically 声学上 treated panels to reduce noise levels.

在我们的新办公室里，我们安装了经过声学上处理的面板，以降低噪音水平。

12.The concert hall was designed to enhance sound quality, making it an excellent choice for acoustically 声学上 demanding performances.

这座音乐厅的设计旨在增强音质，使其成为对声学上要求高的表演的绝佳选择。

作文

The world of music is a fascinating realm where sound takes center stage. One of the most intriguing aspects of music is how it interacts with different environments and materials. This interaction can be described as being acoustically (声学上) significant, meaning that the way sound behaves in a particular space can greatly influence the overall listening experience. For instance, when we think about concert halls, their design is often optimized acoustically (声学上) to enhance the clarity and richness of sound. The curvature of walls, the height of ceilings, and the materials used in construction all play crucial roles in shaping the acoustics of a venue.To illustrate this point, let’s consider the famous Sydney Opera House. Its unique architectural design is not only visually stunning but also acoustically (声学上) impressive. The shells that compose its roof are not just for aesthetics; they help to diffuse sound waves, allowing for a more balanced auditory experience. When an orchestra performs in this iconic location, the audience can appreciate the nuances of each instrument, thanks to the acoustically (声学上) tailored environment.In contrast, a small coffee shop may not have the same acoustic (声学) properties. While it might be cozy and inviting, the hard surfaces and limited space can lead to sound bouncing around in a way that makes it difficult to hear conversations clearly. This difference highlights the importance of considering acoustic (声学) elements when designing spaces intended for music or social interaction. Moreover, advancements in technology have allowed us to manipulate sound acoustically (声学上) in remarkable ways. For example, sound engineers use various techniques to create recordings that sound rich and full, regardless of the environment in which they were made. They can add reverb or echo to a track to simulate an acoustically (声学上) ideal space, effectively transporting listeners to a grand hall or an intimate venue without ever leaving their homes.Additionally, the study of acoustics has practical applications beyond music. In architecture, understanding how sound travels can lead to better designs for offices, schools, and public spaces. For instance, classrooms designed with acoustic (声学) considerations can minimize distractions and improve learning outcomes. By controlling sound levels and reducing noise pollution, architects can create environments that foster communication and concentration.In conclusion, the term acoustically (声学上) encompasses a wide range of considerations that affect how we experience sound in our daily lives. From concert halls to classrooms, the principles of acoustics play a vital role in shaping our auditory environments. Whether we are enjoying a live performance or simply having a conversation with a friend, the acoustic (声学) qualities of our surroundings significantly impact our experiences. As we continue to explore and innovate within this field, we can look forward to even more exciting developments that enhance our appreciation for sound and music.

音乐的世界是一个迷人的领域，声音占据了中心舞台。音乐最引人入胜的一个方面是它如何与不同的环境和材料相互作用。这种互动可以被描述为在声学上（acoustically）具有重要意义，意味着声音在特定空间中的行为方式可以极大地影响整体的听觉体验。例如，当我们想到音乐厅时，它们的设计通常在声学上（acoustically）进行了优化，以增强声音的清晰度和丰富性。墙壁的曲率、天花板的高度以及建筑中使用的材料都在塑造场所的声学效果方面发挥着至关重要的作用。为了说明这一点，让我们考虑著名的悉尼歌剧院。它独特的建筑设计不仅视觉上令人惊叹，而且在声学上（acoustically）也令人印象深刻。构成其屋顶的壳体不仅仅是为了美观；它们帮助扩散声波，使听众能够获得更为均衡的听觉体验。当管弦乐团在这个标志性的地点演出时，观众能够欣赏到每一种乐器的细微差别，这要归功于经过声学上（acoustically）调整的环境。相比之下，小咖啡馆可能没有相同的声学（acoustic）特性。虽然它可能温馨而诱人，但硬表面和有限的空间可能导致声音在空间内反弹，使得清晰听到对话变得困难。这种差异突显了在设计用于音乐或社交互动的空间时考虑声学（acoustic）元素的重要性。此外，技术的进步使我们能够以惊人的方式操控声音声学上（acoustically）。例如，声音工程师使用各种技术来创建听起来丰富而饱满的录音，无论是在何种环境中制作的。他们可以在轨道中添加混响或回声，以模拟一个声学上（acoustically）理想的空间，有效地将听众带到一个宏伟的大厅或一个亲密的场所，而无需离开家。此外，声学研究在音乐之外还有实际应用。在建筑学中，理解声音传播的方式可以导致办公室、学校和公共空间的更好设计。例如，考虑到声学（acoustic）的教室可以减少干扰，提高学习效果。通过控制声音水平和减少噪音污染，建筑师可以创造出促进交流和专注的环境。总之，术语声学上（acoustically）涵盖了一系列影响我们日常生活中声音体验的考虑因素。从音乐厅到教室，声学原理在塑造我们的听觉环境方面发挥着至关重要的作用。无论我们是在享受现场表演还是仅仅与朋友交谈，我们周围的声学（acoustic）特性都会显著影响我们的体验。随着我们在这一领域的不断探索和创新，我们可以期待更多令人兴奋的发展，增强我们对声音和音乐的欣赏。