Abstract—A brief survey is given of three standard methods for the assessment of occupational noise exposure currently available in the U.K. Equipment and measurement techniques are described for the determination of equivalent continuous sound level for industrial noise. It is accepted that the "equal energy principle " provides a simple and unified system for the assessment of damage risk and the conclusion is drawn that the noise dosemeter provides a relatively simple method of noise measurement
Industrial deafness is an irreversible hearing loss caused from exposure to high levels of noise wit...
Industrial workers need a safe working environment to ensure their wellbeing is protected while perf...
Exposure estimates were required to support an epidemiological study of occupational noise and cardi...
This paper aims at analysing the impact resulting from the adoption of different strategies for asse...
This work is a contribution to a normative approach of noise assessment in the professional environm...
This book with CD-ROM is intended for occupational hygienists and other occupational health and safe...
Occupational noise exposure measurements are usually conducted using a measurement methodology based...
Noise is one of the most distinguished physical hazards present during performing mining operations...
Noise is a major occupational risk factor that causes hearing loss, one of the most widely spread oc...
Abstract—Current standards for occupational noise exposure are discussed briefly. Previously publish...
The hazard assessment of ultrasonic noise impact on human body at workplaces presents an open proble...
The purpose of this study is to evaluate the difference of noise level according to noise measuring ...
Accurate measurement of exposure to noise in the workplace is important for employee health preventi...
For communication personnel, the occupational noise has to be determined in the ear canal as effect ...
The international standard ISO 9612:2009, regarding the determination of occupational noise exposure...
Industrial deafness is an irreversible hearing loss caused from exposure to high levels of noise wit...
Industrial workers need a safe working environment to ensure their wellbeing is protected while perf...
Exposure estimates were required to support an epidemiological study of occupational noise and cardi...
This paper aims at analysing the impact resulting from the adoption of different strategies for asse...
This work is a contribution to a normative approach of noise assessment in the professional environm...
This book with CD-ROM is intended for occupational hygienists and other occupational health and safe...
Occupational noise exposure measurements are usually conducted using a measurement methodology based...
Noise is one of the most distinguished physical hazards present during performing mining operations...
Noise is a major occupational risk factor that causes hearing loss, one of the most widely spread oc...
Abstract—Current standards for occupational noise exposure are discussed briefly. Previously publish...
The hazard assessment of ultrasonic noise impact on human body at workplaces presents an open proble...
The purpose of this study is to evaluate the difference of noise level according to noise measuring ...
Accurate measurement of exposure to noise in the workplace is important for employee health preventi...
For communication personnel, the occupational noise has to be determined in the ear canal as effect ...
The international standard ISO 9612:2009, regarding the determination of occupational noise exposure...
Industrial deafness is an irreversible hearing loss caused from exposure to high levels of noise wit...
Industrial workers need a safe working environment to ensure their wellbeing is protected while perf...
Exposure estimates were required to support an epidemiological study of occupational noise and cardi...