acoustic absorbing material

简明释义

吸音材料

英英释义

例句

1.The recording studio was designed with high-quality acoustic absorbing material to minimize sound reflections.

这个录音室采用了高品质的声学吸音材料，以最小化声音反射。

2.The theater uses acoustic absorbing material to create a better auditory experience for the audience.

这家剧院使用声学吸音材料为观众创造更好的听觉体验。

3.In order to reduce noise pollution, the office was equipped with acoustic absorbing material in key areas.

为了减少噪音污染，办公室在关键区域配备了声学吸音材料。

4.The use of acoustic absorbing material in open-plan offices can help reduce distractions among employees.

在开放式办公室中使用声学吸音材料可以帮助减少员工之间的干扰。

5.To improve the sound quality in the classroom, we installed acoustic absorbing material on the walls.

为了改善教室的音质，我们在墙上安装了声学吸音材料。

作文

In today's fast-paced world, noise pollution has become a significant concern for many urban dwellers. The constant hum of traffic, construction work, and other urban sounds can create an overwhelming environment that affects our mental well-being. To combat this issue, architects and interior designers are increasingly turning to innovative solutions, one of which is the use of acoustic absorbing material. This type of material is specifically designed to reduce sound reflection and minimize noise levels in various environments. By understanding how acoustic absorbing material works and its applications, we can appreciate its importance in creating more peaceful spaces.Acoustic absorbing materials are substances that can absorb sound waves rather than reflecting them. These materials are often porous and soft, allowing them to trap sound energy. Common examples include foam panels, carpets, curtains, and specialized acoustic tiles. When sound waves hit these materials, they penetrate their surface and are converted into a small amount of heat energy, thereby reducing the overall sound level in a room. This process is essential in environments where clarity of sound is crucial, such as recording studios, concert halls, and even classrooms.The effectiveness of acoustic absorbing material is measured by its Noise Reduction Coefficient (NRC), which indicates how much sound it can absorb. A higher NRC rating means better sound absorption capabilities. For instance, a room with hard surfaces like concrete or glass will typically have poor sound absorption, leading to echoes and noise buildup. By incorporating acoustic absorbing material into the design, these issues can be mitigated.One of the most common applications of acoustic absorbing material is in residential settings. Many homeowners are now aware of the benefits of soundproofing their living spaces. For example, using thick carpets or rugs can significantly reduce noise from footsteps, while heavy curtains can block out external sounds. Additionally, adding acoustic panels to walls can help create a quieter atmosphere, making it easier to relax or concentrate.In commercial spaces, the use of acoustic absorbing material is equally vital. Open office layouts, for instance, can lead to distractions due to conversations and phone calls. By strategically placing acoustic panels and using sound-absorbing furniture, businesses can enhance productivity and employee satisfaction. Restaurants and cafes also benefit from these materials, as they help create a pleasant dining experience by minimizing background noise.Moreover, the application of acoustic absorbing material extends to public spaces such as schools and hospitals. In classrooms, effective sound absorption can improve learning outcomes by ensuring that students can hear their teachers clearly without disruptive echoes. In hospitals, reducing noise levels is essential for patient recovery, making acoustic absorbing material a valuable asset in healthcare design.In conclusion, the use of acoustic absorbing material plays a crucial role in enhancing our auditory environment. As we continue to navigate through our noisy world, understanding and implementing these materials in our spaces can lead to improved comfort and well-being. Whether in homes, offices, or public venues, acoustic absorbing material offers a practical solution to the challenges posed by noise pollution, allowing us to create quieter, more serene surroundings for everyone.

在当今快节奏的世界中，噪音污染已成为许多城市居民的重要问题。交通、建筑工地和其他城市声音的持续嗡嗡声会造成压倒性的环境，影响我们的心理健康。为了应对这一问题，建筑师和室内设计师越来越多地转向创新解决方案，其中之一就是使用声学吸收材料。这种材料专门设计用于减少声音反射并最小化各种环境中的噪音水平。通过了解声学吸收材料的工作原理及其应用，我们可以欣赏到它在创造更宁静空间中的重要性。声学吸收材料是可以吸收声波而不是反射声波的物质。这些材料通常是多孔和柔软的，允许它们捕获声能。常见的例子包括泡沫板、地毯、窗帘和专门的声学瓷砖。当声波撞击这些材料时，它们会穿透其表面并转化为少量热能，从而降低房间中的整体声音水平。这一过程在录音室、音乐厅甚至教室等对声音清晰度至关重要的环境中是必不可少的。声学吸收材料的有效性通过其噪音降低系数（NRC）来衡量，该系数指示它能吸收多少声音。较高的NRC评级意味着更好的声音吸收能力。例如，具有硬表面的房间，如混凝土或玻璃，通常会有较差的声音吸收，导致回声和噪音积聚。通过将声学吸收材料纳入设计，这些问题可以得到缓解。声学吸收材料最常见的应用之一是在住宅环境中。许多房主现在意识到隔音他们生活空间的好处。例如，使用厚地毯或地垫可以显著减少脚步声，而厚重的窗帘可以阻挡外部声音。此外，在墙壁上添加声学面板可以帮助创造一个更安静的氛围，使人们更容易放松或集中注意力。在商业空间中，声学吸收材料的使用同样至关重要。开放式办公室布局可能会由于谈话和电话而导致分心。通过战略性地放置声学面板和使用吸音家具，企业可以提高生产力和员工满意度。餐馆和咖啡馆也受益于这些材料，因为它们通过减少背景噪音来营造愉快的用餐体验。此外，声学吸收材料的应用还扩展到学校和医院等公共场所。在教室中，有效的声音吸收可以通过确保学生能够清晰地听到老师而改善学习成果。在医院中，降低噪音水平对患者恢复至关重要，使声学吸收材料成为医疗设计中的宝贵资产。总之，使用声学吸收材料在增强我们的听觉环境中发挥着至关重要的作用。随着我们继续在嘈杂的世界中导航，理解和在我们的空间中实施这些材料可以提高舒适度和幸福感。无论是在家中、办公室还是公共场所，声学吸收材料都为噪音污染带来的挑战提供了切实可行的解决方案，使我们能够为每个人创造更安静、更宁静的环境。