风力涡轮机噪音的主观感知-立体声方法

S. Cooper, Chris Chan
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引用次数: 5

摘要

在一些风力发电场和其他低频噪声源中进行了高质量耳机和半消声室的立体声测量,作为先前在波士顿ASA会议上提出的材料的扩展。讨论了该程序的附加监测、评估和主观分析的结果,并确定了监测噪声投诉和立体声风电场噪声评估的好处。利用实验室单主观系统对住宅中获得的音频波形文件进行了再现。测试信号是听不见的,作为一项试点双盲激发病例对照研究,9名测试对象被确定为对风力涡轮机噪音和低频脉动工业噪音敏感。所有测试对象都能检测到测试信号的操作。讨论了使用立体人体模型来调查检测到的听不见的“热点”。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Subjective perception of wind turbine noise - The stereo approach
The conduct of stereo measurements for both playback in high-quality headphones and in a hemi-anechoic room has been undertaken for a number of wind farms and other low-frequency noise sources as an expansion of the material previously presented at the Boston ASA meeting. The results of the additional monitoring, evaluation, and subjective analysis of this procedure are discussed and identifies the benefits of monitoring noise complaints and assessments of wind farm noise in stereo. The laboratory mono subjective system was used to reproduce the audio wave file obtained in a dwelling. The test signal, being inaudible, was presented as a pilot double blind provocation case control study to 9 test subjects who have been identified as being sensitized to wind turbine noise and low frequency pulsating industrial noise. All test subjects could detect the operation of the inaudible test signal. The use of a stereo manikin to investigate detected inaudible “hotspots” is discussed.
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