噪声性耳聋

麻纺业噪声性耳聋调查研究

Study on Noise Induced Deafness in Linen Textile Factory

噪声性耳聋的听觉脑干反应的检测结果分析

Analysis of test results on auditory brainstem response to noise induced deafness

方法根据噪声性耳聋的发病率与其影响因素之间存在的映射关系，建立反向传播神经网络（BP神经网络）模型，用于非稳态噪声性耳聋发病率的预测。

Methods According to the mapping relation between the incidence rate of the noise deafness and their factors , the model of BP neural network was established to forecast the incidence rate of deafness induced by instable state noise .

非稳态噪声性耳聋数学模型研究

Study on Mathematical Model of Deafness Induced by Unsteady Noise

钙泵间接激动剂对噪声性耳聋的保护作用

The protective effect of indirect activator of calcium pump on noise-induced hearing loss

高原噪声性耳聋的多因素调查分析

Multivariate analysis on investigation of noise deafness on plateau

高压氧治疗噪声性耳聋临床疗效观察

An Observation on the Clinical Effect of High Pressure Oxygen Treatment on Noise-deafness

噪声性耳聋声阻抗测定

Measurement of acoustic impedance for the noise-induced deafness

噪声性耳聋早期警戒指标的探讨

Exploration on Early Warning Index for Noise-Induced Deafness

丹参素在豚鼠血液、脑脊液和外淋巴液中的分布与噪声性耳聋的关系

Relationship of distribution of danshensu in blood , cerebrospinal fluid and perilymph fluid with noise-induced deafness

目的提高非稳态噪声性耳聋发病率预测精度。

Objective To improve the forecasting precision of the incidence rate of deafness induced by instable state noise .

基于人工神经网络的非稳态噪声性耳聋发病率预测模型的研究

Research on forecasting model of incidence rate of deafness induced by instable state noise based on BP neural network

急慢性职业中毒、噪声性耳聋和尘肺仍是职业卫生工作关注的热点。

Occupational health conservationists ' main concerns still are chronic or acute poisoning and hearing loss induced by noise .

目的：探讨五金工业噪声性耳聋患病率与噪声接触剂量之间的关系。

Objective : To assess the dose response relationship between the prevalence rate of noise deafness and the noise exposure .

进一步的研究将为噪声性耳聋及其它血流相关内耳疾病的防治提供新的视角。

Further studies will shed more light on prevention and therapy of noise-induced hearing loss and other blood supply-related inner ear diseases .

用声阻抗测声反射阈预估噪声性耳聋工人的听阈（附203耳测试结果分析）

Significance of acoustic reflex threshold in predicting workers ' hearing problems induced by industrial noise ( an analysis of 203 cases of tested ears )

经回归分析推导，要保护95%的作业工人不发生噪声性耳聋，接触噪声总剂量应控制在119dB·年以下。

From the linear regression formula , it showed that in order to protect 95 % workers against the noise induced deafness , noise exposure must kept below 119 dB · years .

本文用高压氧和高压氧加药物两种方法对噪声性耳聋进行了临床疗效观察，其有效率分别为37.5%和81.2%。

This paper discusses the response of noise-deafness to the treatment with high pressure oxygen ( HPO ) combined with drug ( HPO + drug ) . The clinical results showed that the effective rates of HPO and HPO + drug were 37.5 % and 81.2 % , respectively .

研究结果表明，所调查麻纺厂噪声作业工人噪声性耳聋罹患率为2736%，各级噪声性耳聋罹患率与接触噪声剂量之间存在着剂量反应关系。

The result showed that the prevalence rate of noise induced deafness was 27 36 % , there was a dose response relation between the incidence of noise induced deafness and the doses of the noise exposure .

长期接触铆接产生的振动与噪声不仅会引起局部振动病和噪声性耳聋，而且对人体心血管系统、神经系统也会产生不良影响。

Long-term exposure to vibration and noise produced by riveting not only causes partial vibration disease and noise-induced hearing loss but also has a bad influence on human cardiovascular system and nervous system .

长期处于高噪声环境下，不仅会导致工作人员噪声性耳鸣或者耳聋，还会诱发消化系统、神经系统、心血管系统等多方面的疾病，严重时甚至会有生命危险。

If staffs are in a high-noise environment for a long time , not only lead to the noise tinnitus or deafness , but also induce a wide range of diseases of the cardiovascular system , nervous system , digestive system , there will be serious life-threatening .