acoustic resistance 基本释义：
声阻抗；声抗力；声阻力
acoustic resistance 发音：['?kju:st?k, r??z?st?ns]
英语范文：
Acoustic Resistance in a Room
When sound waves enter a room, they encounter a series of obstacles, including the walls, floor, and ceiling. These obstacles impede the sound waves, causing them to lose energy and gradually weaken. This phenomenon is known as acoustic resistance.
The greater the acoustic resistance of a room, the more energy the sound waves will lose. Conversely, a room with low acoustic resistance will amplify sound, making it louder and more enjoyable for listeners.
To reduce acoustic resistance in a room, consider the following tips:
1. Use soundproofing materials: Adding soundproofing materials such as acoustic panels or curtains can help reduce sound reflection and absorption.
2. Minimize reflective surfaces: Avoid placing mirrors or other reflective surfaces in the room to minimize sound reflections.
3. Position speakers properly: Positioning speakers properly can help direct sound waves in a more efficient manner, reducing sound loss.
By following these tips, you can improve the acoustics of your room and enjoy a more enjoyable listening experience.
注：上述范文为英文原文，仅供参考，如需更多信息，可以查找专业资料或咨询专业人士。
音标和基础释义：
[?kju:st?k, r??z?st?ns]：声阻抗，声抗力，声阻力
Room：房间
Impedance：阻抗，声阻抗
Obstacle：障碍，阻碍物
Sound waves：声波
Encounter：遭遇，遇到
Series：系列，一系列
Obstacle包括墙壁、地板和天花板等障碍物。这些障碍物阻碍了声波，导致它们能量减少并逐渐减弱。这种现象被称为声阻抗。
Greater：更大的，更多的
Enjoyable：愉快的，令人享受的
Enjoyment：享受，乐趣
By following these tips按照这些提示，可以改善房间的音质，并享受更愉快的聆听体验。注：上述释义为根据原文内容自行解释，仅供参考。
Acoustic Resistance
Acoustic resistance refers to the ability of a material or structure to block sound waves. It is important in many contexts, such as in the design of soundproof rooms or automobile interiors.
When sound waves hit a surface, they are reflected, absorbed, or transmitted. If the surface has high acoustic resistance, it will absorb or block the sound waves, reducing their intensity and spreading. Materials with high acoustic resistance include dense materials such as foam and rock, as well as structures with tight interiors, such as metal pipes or concrete structures.
In a soundproof room, for example, acoustic resistance is crucial in reducing noise pollution. By using soundproof materials and structures, sound waves are absorbed or reflected, reducing their intensity and spreading. This helps create a quiet environment for workers or patients in the room.
In automobile interiors, high acoustic resistance is essential for reducing noise and vibration. By using soundproof materials and sealing the interior with tight seals, the interior of the car becomes quieter, reducing driver fatigue and enhancing the driving experience.
In conclusion, acoustic resistance is a crucial property in many contexts. It is essential in reducing noise pollution, creating quiet environments, and enhancing the driving experience. Understanding and using materials with high acoustic resistance can be beneficial in many ways.
acoustic resistance
Acoustic resistance refers to the ability of a material or structure to block sound waves. Materials with high acoustic resistance can prevent sound from passing through them, thereby reducing noise pollution.
In everyday life, acoustic resistance is important in various contexts. For example, when choosing a material for a wall or floor, people may consider its acoustic resistance to ensure that sound does not leak out or enter the space. Similarly, architects and designers may use materials with high acoustic resistance to create soundproof environments for concerts, libraries, or other public spaces.
To improve acoustic resistance, one can consider using materials with dense textures or high soundproof properties. For example, dense woods like oak or beech have been shown to have high acoustic resistance, while certain types of tiles and plasterboard can also be effective soundproofing materials.
In addition to using specific materials, one can also design structures with specific shapes and layouts to increase acoustic resistance. For example, placing obstacles or baffles in a room can help block sound waves and reduce noise transmission.
In conclusion, acoustic resistance is crucial in reducing noise pollution and ensuring soundproof environments. By using materials with high acoustic resistance and designing structures with specific shapes and layouts, one can create more noise-free spaces.
Acoustic Resistance [??k??s ?r?z??ns]
Noun: Soundproofness; the ability of a material or structure to block sound waves.
Exercise 1: Write a paragraph about a specific situation where acoustic resistance is important. Use real-life examples and explain how it affects people's lives.
Exercise 2: Brainstorm different materials and structures that can be used to improve acoustic resistance. Choose one of them and write a paragraph explaining how it can be used to create a soundproof environment.
