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Combined annoyance response from railroad and road traffic noise in an alpine valley

机译:在高山谷的铁路和道路交通噪声结合烦恼反应

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Context: The aim of this study was to verify the contributing effect in the cases of combined road traffic noise and railroad traffic noise on total noise annoyance. Materials and Methods: After opening the four-track railway of the Lower Inn Valley Route in Austria, an evaluation study was conducted by an interview survey (n=1003). The data of this survey included answers on annoyance caused by railroad, road traffic noise and total annoyance as well as self-evaluated noise sensitivity. Results: When annoyance is only related to one of these sources, a 10% share of highly annoyed persons was observed at 59?dB for road noise and 60?dB for railroad noise. The annoyance model including both noise sources with a coefficient of 0.145 for road noise, 0.034 for railroad noise and 0.431 for noise sensitivity (all p-values 0.01) showed a regression coefficient Rsup2/sup of 0.299. The presence of road background noise did not influence the annoyance on railway noise. Conclusion: The combined influence of road and railway noise showed an increase of total annoyance.
机译:背景:本研究的目的是验证在总噪声烦恼中的合并道路交通噪声和铁路交通噪音的情况下验证贡献效果。材料与方法:在奥地利开设了山谷山谷路线的四轨铁路之后,采访调查进行了评估研究(n = 1003)。该调查的数据包括铁路,道路交通噪音和烦恼以及自我评估的噪声灵敏度引起的烦恼的答案。结果:当烦恼只与这些来源中的一个有关时,在59次DB的道路噪音和60次DB的59人中观察到10%的高恼火人数。包括与道路噪声系数为0.145的噪声源的烦恼模型,用于噪声噪声的0.034,用于噪声灵敏度为0.431(所有P值<0.01)显示出回归系数R 2 ,为0.299。道路背景噪音的存在不会影响铁路噪音的烦恼。结论:道路和铁路噪声的综合影响表现出总烦恼的增加。

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