acoustical image

简明释义

声象

英英释义

例句

1.The sonar system created a detailed acoustical image of the underwater landscape.

声纳系统创建了水下景观的详细声学图像。

2.The medical imaging device used acoustical imaging to produce high-resolution images of soft tissues.

该医疗成像设备使用声学成像生成软组织的高分辨率图像。

3.The acoustical image revealed hidden structures within the material that were not visible to the naked eye.

声学图像揭示了材料内部隐藏的结构，这些结构肉眼无法看到。

4.By analyzing the acoustical image, researchers could identify various fish species in the area.

通过分析声学图像，研究人员能够识别该区域内的各种鱼类。

5.In architectural acoustics, an acoustical image helps designers understand how sound will travel in a space.

在建筑声学中，声学图像帮助设计师理解声音在空间中的传播方式。

作文

The concept of an acoustical image is fascinating and essential in understanding how we perceive sound in our environment. An acoustical image refers to the mental representation or perception of sound that we form based on various auditory cues. It is not merely about hearing sounds but involves interpreting and visualizing them in our minds. This phenomenon plays a crucial role in numerous fields, including music, architecture, and even technology. In music, for instance, musicians often create an acoustical image when they compose or perform. They envision how their music will resonate within a particular space, considering factors like acoustics and audience engagement. The ability to form an acoustical image allows them to enhance their performance, making it more immersive and impactful for listeners. Similarly, architects must consider the acoustical image of a building when designing concert halls or theaters. The layout, materials, and structure all influence how sound travels and is perceived within the space. A well-designed venue can create a rich acoustical image, allowing audiences to experience music or spoken word performances at their best. Poor acoustics, on the other hand, can distort sound, leading to a diminished experience. In the realm of technology, the concept of acoustical image has been utilized in developing sound systems and virtual reality environments. Engineers strive to create devices that produce clear and accurate sound, enabling users to form a realistic acoustical image of their surroundings. For example, in virtual reality gaming, sound plays a pivotal role in creating an immersive experience. Players rely on audio cues to navigate and interact with the game world, forming a mental map of their environment through the acoustical image generated by the sound design. Furthermore, the study of acoustical image extends to fields such as psychology and neuroscience, where researchers explore how our brains process and interpret sound. Understanding how we create acoustical images can shed light on various cognitive processes, including memory and spatial awareness. For instance, people often associate specific sounds with memories or emotions, which can influence how they perceive new sounds in the future. In conclusion, the term acoustical image encapsulates a complex interplay between sound perception, cognition, and creative expression. Whether in music, architecture, technology, or psychology, the ability to form and manipulate acoustical images is vital for enhancing our auditory experiences. As we continue to explore this captivating concept, we unlock new possibilities for innovation and understanding in a world rich with sound.

“声学图像”的概念引人入胜，并在理解我们如何感知环境中的声音时至关重要。“声学图像”是指我们根据各种听觉线索形成的声音的心理表征或感知。它不仅仅是听到声音，而是涉及在我们脑海中对这些声音进行解释和可视化。这种现象在音乐、建筑甚至技术等多个领域发挥着关键作用。例如，在音乐中，音乐家在创作或演出时通常会创造一个“声学图像”。他们设想自己的音乐将在特定空间中如何共鸣，考虑诸如声学和观众参与等因素。形成“声学图像”的能力使他们能够增强演出效果，使其对听众更具沉浸感和冲击力。同样，建筑师在设计音乐厅或剧院时必须考虑建筑的“声学图像”。布局、材料和结构都会影响声音在空间中的传播和感知。设计良好的场馆可以创造丰富的“声学图像”，使观众能够以最佳状态体验音乐或口语表演。相反，糟糕的声学效果可能会扭曲声音，导致体验下降。在技术领域，“声学图像”的概念被应用于音响系统和虚拟现实环境的开发。工程师努力创造出能够产生清晰、准确声音的设备，使用户能够形成真实的“声学图像”。例如，在虚拟现实游戏中，声音在创造沉浸式体验中起着关键作用。玩家依赖音频线索来导航和与游戏世界互动，通过声音设计生成的“声学图像”在脑海中形成环境的心理地图。此外，对“声学图像”的研究还延伸到心理学和神经科学等领域，研究人员探讨我们的大脑如何处理和解释声音。理解我们如何创造“声学图像”可以揭示各种认知过程，包括记忆和空间意识。例如，人们常常将特定的声音与记忆或情感联系在一起，这可能会影响他们未来对新声音的感知。总之，术语“声学图像”概括了声音感知、认知和创造性表达之间复杂的相互作用。无论是在音乐、建筑、技术还是心理学领域，形成和操纵“声学图像”的能力对于增强我们的听觉体验至关重要。随着我们继续探索这一迷人的概念，我们为在充满声音的世界中创新和理解开启了新的可能性。