噪声作业

  • 网络Noise operation;noise exposure
噪声作业噪声作业
  1. 某纺织厂噪声作业女工动脉顺应性的研究

    Study on arterial compliance of noise exposure

  2. 目的探讨噪声作业青年工人10~20kHz听阈变化特征。

    Objective To assess the change of 10 ~ 20 kHz thresholds in young workers with the history of noise exposure .

  3. 噪声作业工人听力影响因素的因子logistic回归分析

    The factor logistic regression analysis about hearing influencing factors of noise exposures

  4. 方法:对接触噪声作业的47例工人进行纯音测听(puretoneaudiometry,PTA)和ABR测试;

    Methods Forty-seven workers exposed to occupational noises were tested by pure tone audiometry ( PTA ) and auditory brainstem response ( ABR ) .

  5. [方法]调查某钢铁企业的2491名噪声作业工人,对可能影响听力结果的13项指标进行研究,找出其公因子再与电测听结果作逐步logistic回归分析。

    [ Methods ] 13 variables of 2 491 noise exposurers worked in a steel corporation were investigated , to find out their common factors . Common factors were analyzed with hearing loss by step logistic regression .

  6. [方法]对170名生产性噪声作业工人进行听力检查,引用累积噪声暴露量(CNE)进行分析。

    [ Methods ] Hearing of 170 workers exposed to production noise were examined and cumulative noise exposure was analyzed .

  7. 方法测量噪声作业女工的血压、心率、心律、QRS间期、ST段改变、QT间期等参数。

    Methods To measure the changes of blood pressure , heart rate and parameters of electrocardiogram ( ECG ), for example , QRS interval , ST segment change , Q T interval , etc.

  8. 方法ECG测定采用上海产的ECG6511型记录仪。测定了某火力发电厂214例噪声作业工人(接触组)和128例非接触噪声者(对照组)班中、班前ECG。

    Methods ECG in 214 noise exposed workers ( exposed group ) and 128 nonexposed personnel ( control group ) in a thermal power plant was determined by model ECG 6511 made in Shanghai before and during a shift .

  9. 方法通过观察某噪声作业公司的185例男性工人在两年内听力变化的情况,采用X2检验的方法,观察3M1110子弹型耳塞的防听损效果。

    Methods 185 workers '2-year hearing changes were sampled from a company with noise workshop . The Chi-square test was used to evaluate the hearing loss preventative effect .

  10. 结论血浆HSP60抗体可能是噪声作业工人高血压的危险因素。

    Conclusion Anti-HSP 60 may be a risk factor of hypertension in the workers exposed to noise .

  11. 不同工龄噪声作业青年工人10~20kHz听阈的测试分析

    Analysis of Thresholds From 10 to 20 kHz In Young Workers Exposed to Noise for Different Working Time

  12. 目的运用多媒体神经行为测试评价系统中文第三版(NES-C3),探讨噪声作业工人的神经行为功能与噪声接触水平之间的关系。

    Objective To study the relationship between workers ' neurobehavioral function and the noise exposure level by means of Neurobehavioral Evaluation System Chinese 3 ( NES C 3 ) .

  13. 某人造宝石厂噪声作业工人高频听力损失状况分析

    High-frequency Hearing Loss of Noise Exposed Workers in Artificial Gem Plant

  14. 噪声作业工人血脂水平调查

    A Survey on Serum Lipid Level in Workers Exposed to Noise

  15. 目的:分析接触航空铆接噪声作业工人听力损伤。

    Objective : To analyse the hearing impairment of the rive-operators .

  16. 噪声作业人员职业体验研究职业性噪声聋诊断标准的探讨

    A study on the diagnostic criterion of occupational noise induced deafness

  17. NES-C3在噪声作业人员情感状态测试中的应用

    Application of NES-C3 in test of workers exposed to noise

  18. 某厂噪声作业人员听力情况的连续观察及分析

    A Longitudinal Study on Hearing Loss among Noise Exposed Workers

  19. 某汽车制造厂噪声作业工人听力防护认知情况调查

    Cognitive Survey on Hearing Protection among Noise-exposed Workers in An Automobile Factory

  20. 噪声作业工人听力损伤致残程度的鉴定分析

    Assessment and gradation of hearing impairment disability among 325 noise exposed workers

  21. 噪声作业工人368例健康状况调查

    Survey on Health Status of 368 Workers under Noise Conditions

  22. 184名噪声作业人员听力损伤的追踪观察

    Survey of hearing impairing in 184 workers exposed to noise

  23. 噪声作业500名工人听力检查结果分析

    Analysis of Hearing Tests of 500 Workers Exposed to Noise

  24. 结论噪声作业可以用等效连续a声级来进行分级。

    Conclusion the workplace can be classified by equivalent consecutive sound level a.

  25. 某机械制造厂噪声作业工人听力损失的调查分析

    Investigation on the hearing loss of the noise-exposed workers in a machinery manufactory

  26. 铁道行业噪声作业岗位危害程度评价

    The Evaluation of Harmful Level Degree for Noise Occupational Workers in Railway Department

  27. 噪声作业工人心电图分析

    Analysis on ECG changes in workers exposed to noise

  28. 高温、噪声作业对工人心电图的影响

    Effect of hyperthermy and noise on workers ' electrocardiogram

  29. 目的研究稳态噪声作业工人的听力损失发生状况以及影响因素。

    In this one process , produced noise of discontinuous blame stable state .

  30. 方法对15个生产厂256个噪声作业点进行现场监测。

    [ Methods ] Supervision was conducted on 256 noise sites of 15 factories .