"Acoustic dispersion"是指声波的分散或扩散。在音乐技术中，它通常指的是扬声器或麦克风产生的声音在空间中的扩散和衰减。
以下是一篇关于"Acoustic dispersion"的英文范文：
Acoustic dispersion is a phenomenon that occurs when sound waves propagate through a medium such as air or water. It refers to the spread and attenuation of sound waves as they travel away from their source.
In music technology, acoustic dispersion is particularly important because it affects how sound is perceived by the listener. When a speaker produces sound, it creates a wavefront that expands in all directions. As the wavefront travels through the air or water, it gradually loses energy and becomes quieter as it reaches the listener. This phenomenon is known as sound diffusion and can be controlled by adjusting the size, shape, and placement of speakers and microphones.
On the other hand, acoustic dispersion can also be a challenge for musicians and sound engineers who want to create a specific sound field or ambiance. By carefully controlling the dispersion of sound waves, they can create a more immersive listening experience that enhances the perception of sound quality and spatial depth.
In summary, acoustic dispersion refers to the spread and attenuation of sound waves as they travel through a medium. It is an important aspect of music technology that can be controlled by adjusting the size, shape, and placement of speakers and microphones. Understanding and controlling acoustic dispersion can help create a more immersive listening experience for listeners.
Acoustic dispersion是指声波的分散或扩散，通常用于描述声音在介质中传播时频率或波长的变化。
在英文范文里，Acoustic dispersion可能会出现在描述某种声音传播机制、声学仪器设计或者是讨论声音在不同环境（如空气、液体等）中的表现时。例如，“这个扬声器设计考虑了声波的衍射和声波的分散，以提供更宽广的音场和更清晰的音质。” 或者 “当声音在液体中传播时，声波的分散效应会导致音色的变化。”
“Acoustic dispersion”是指声音散射，当声波传播到某些物体（如气体或液体中的小物体）时，声波会发生反射或扩散，这种现象称为声音散射。
以下是包含“acoustic dispersion”的英文范文最新变化：
“During the experiment, we observed the acoustic dispersion caused by the sound waves hitting the small object in the fluid. The sound waves were scattered in all directions, making it difficult to predict the sound field accurately.”（实验中，我们观察到了声波撞击液体中小物体所引起的声散射。声音在各个方向上散射，使得我们难以精确地预测声音场。）