Rylander R, Björkman M, Ahrlin U, Arntzen E, Solberg S
Arch Environ Health. 1986 Jan-Feb;41(1):7-10. doi: 10.1080/00039896.1986.9935758.
The annoyance due to road traffic noise was studied in 18 areas in five countries. A total of 1379 interviews was performed and noise measurements were made in each area. The relation between Leq and the extent of the population expressing that they were "very annoyed" was poor (rxy = 0.03). An augmentation of the number of heavy vehicles from 1000/24 hr up to greater than 3000/24 hr did not increase the extent of annoyance. The highest correlation was obtained for the maximum noise level. The dose-response relationship implies that the number of events above a certain limit will not increase the extent of annoyance: it is determined by the highest noise level from single vehicles. It is suggested that this model for the human reaction to environmental noise, which has now been demonstrated for aircraft, train, and traffic noise, should be considered for the establishment of standards.
在五个国家的18个地区对道路交通噪声引起的烦恼进行了研究。总共进行了1379次访谈,并在每个地区进行了噪声测量。等效连续A声级(Leq)与表示“非常烦恼”的人群比例之间的关系较弱(rxy = 0.03)。重型车辆数量从1000辆/24小时增加到超过3000辆/24小时,并未增加烦恼程度。最大噪声级的相关性最高。剂量反应关系表明,超过一定限值的事件数量不会增加烦恼程度:它由单个车辆的最高噪声级决定。有人建议,这种现已在飞机、火车和交通噪声中得到验证的人类对环境噪声反应的模型,在制定标准时应予以考虑。