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[噪声——职业及其他环境中的一种压力因素]

[Noise--a stress factor in occupational and other environments].

作者信息

Zober A

出版信息

Zentralbl Bakteriol Mikrobiol Hyg B. 1984 Mar;179(1):1-31.

PMID:6720146
Abstract

The effects of noise on health can be divided into aural effects and extraaural effects. The following review describes - after some historical remarks - first the physical and technical basis of noise analysis. The definition of "equivalent continuous sound level" (Lm) and "rating sound level" (Lr) is given. Extraaural noise effects mainly come from the environment (traffic noise, construction noise on building sites). One must distinguish physical and vegetative reactions. An important extraaural effect is the disturbance of sleep. The objectivation and quantification of extraaural effects of noise on health is very difficult because there exist a lot of disturbing factors. The most important aural effect of noise on health is the occupational hearing loss. To assess these effects, information about physiology, pathophysiology and clinical indications of noise induced labyrinthine deafness is necessary. As examples results of investigations into the effect of noise on arc welders, professional musicians and building workers are presented. Generation of noise should be minimised by technical methods, exposure to noise by personal protection. The methods for occupational medical check-up of the employment accident insurance fund are specially mentioned. The results of these preventive procedures can be seen in the decreasing numbers of occupational hearing loss.

摘要

噪声对健康的影响可分为听觉影响和非听觉影响。以下综述在进行一些历史回顾之后,首先描述噪声分析的物理和技术基础。给出了“等效连续声级”(Lm)和“额定声级”(Lr)的定义。非听觉噪声影响主要源于环境(交通噪声、建筑工地施工噪声)。必须区分物理反应和植物性反应。噪声对健康的一个重要非听觉影响是睡眠干扰。由于存在许多干扰因素,对噪声对健康的非听觉影响进行客观化和量化非常困难。噪声对健康最重要的听觉影响是职业性听力损失。为评估这些影响,有必要了解噪声性迷路性耳聋的生理学、病理生理学和临床指征方面的信息。作为示例,展示了对电弧焊工、职业音乐家和建筑工人的噪声影响调查结果。应通过技术手段将噪声的产生降至最低,通过个人防护减少噪声暴露。特别提到了工伤保险基金职业健康检查的方法。这些预防措施的结果体现在职业性听力损失数量的减少上。

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