声学大师手册
Master Handbook of Acoustics
F. Alton Everest、Ken C. Pohlmann · 初版 1981 年
1人推荐
3位读者提及
4次提及
声学设计与建筑艺术与科学的实用指南。凭借两位工程专业人士的专业洞见，亲手打造属于你自己的声学环境，如录音室、控制室和家庭听音室。全面扩充以涵盖最新的方法与软件工具，Master Handbook of Acoustics 第五版清晰阐释了声学现象，并提供了实用的室内设计方法。学习如何进行声学测量、选择房间尺寸、安排扬声器摆放、分析响应曲线，以及设计并安装吸音
Hacker News 上怎么说
正在加载完整评论……
如果想找一本技术性不太强的书，F·奥尔顿·埃弗雷斯特（F. Alton Everest）的《声学手册》（Master Handbook of Acoustics）不错，它探讨了声学的方方面面，而且确实涵盖了噪声控制和消音降噪。如果是更偏技术硬核的讲解，我的首选书是里奥·白瑞纳克（Leo Beranek）的《声学》（Acoustics）（或者是白瑞纳克的《噪声与振动……
For a book that's lightly technical, there's F. Alton Everest's "Master Handbook of Acoustics" that discusses many aspects of acoustics, but does cover noise control and sound abatement. For more technical treatments, my go-to books are Leo Beranek's "Acoustics" (or Beranek's "Noise and Vibration…
除了 jzwinck 推荐的那些，我还想推荐《扬声器设计食谱》（Loudspeaker Design Cookbook）[0] 和《声学手册》（Master Handbook of Acoustics）[1]。如果你是个对微积分驾轻就熟的工程师，我推荐这一领域的鼻祖之作：白瑞纳克的《Acoustics》[2]（我这里附的链接其实是《Acoustics: Sound Fields and Transducers》……
In addition to what jzwinck recommended, I'd also recommend the Loudspeaker Design Cookbook [0] and the Master Handbook of Acoustics [1] If you're an engineer that's comfortable with differential calculus, I'd recommend the grandaddy of them all: Acoustics by Beranek [2] (I'm actually linking to Acoustics: Sound Fields and Transducers…
这让我想起 F·奥尔顿·埃弗雷斯特在《声学手册》（The Master Handbook of Acoustics）中的注释：人类的听觉阈值正好与空气微粒在鼓膜上布朗运动的声压级（SPL）重合……只不过这里讨论的是光。
This reminds me of F. Alton Everest's notes in "The Master Handbook of Acoustics" that the threshold of hearing lies coincident with the SPL of Brownian motion of air particles on the ear drum... except this is with respect to light.
除了待久了能听到自己的心跳声之外，还有一个终极心理声学实验：听到空气分子撞击耳膜的声音。摘自《声学手册》（Master Handbook of Acoustics）第 5 版（第 39-40 页）：人耳检测不到比空气微粒撞击耳膜更微弱的声音。这就是听觉阈值。耳朵如果比这更灵敏也没什么意义，……
Beyond hearing your own heartbeat after a while, an ultimate psycho-acoustic experiment: hearing air molecules hit your eardrums. Taken from Master Handbook of Acoustics 5th edition (page 39-40): The human ear cannot detect sounds softer than the motion of air particles on the eardrum. This is the threshold of hearing. There would be no reason to have ears more sensitive,…