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100   $a19960305d1996      uy         0
101 0 $aeng
135   $aur|n|---|||||
181   $ctxt
182   $cc
183   $acr
200 00$aNoise control in industry $ea practical guide /$f[edited by] Nicholas P. Cheremisinoff
210   $aWestwood, N.J. $cNoyes Publications$dc1996
215   $a1 online resource (205 p.)
300   $aDescription based upon print version of record.
311   $a0-8155-1399-2 
320   $aIncludes bibliographical references and index.
327   $aState Environmental Noise ProgramsOccupational Safety and Health Act; 1974 OSHA Proposal to Amend Noise Standard; Hearing Conservation Program Rules; State Workman's Compensation Laws; Abbreviations; References; Note Added in Proof: OSHA Regulatory Changes; CHAPTER 4. NOISE ANALYSIS; Microphone Designs; Sound Fields; Microphones and the Acoustical Environment; Microphone Accessories; Frequency Weighting; Sound Level Meters; Calibration; Integrating Sound Level Meters; Noise Dosimeters; Frequency Analyzers; Amplitude Distribution Analyzers; Related Vibration Measurements; References
327   $aCHAPTER 5. VIBRATION ANALYSIS AND INSTRUMENTATIONInstrumentation; Vibration Meters; Vibration Analyzers; Vibration Signature Analysis; Data at Startup; Vibration Severity Measured in Velocity; Strobe Light Analysis; The ""Big Four"" Sources of Vibration; Conclusion; Reference; Bibliography; CHAPTER 6. MEASUREMENT TECHNIQUES FOR SOUND LEVEL METERS; Noise Level and Frequency; The Sound Level Meter; Weighting; Precision; Calibration; Human Response; Defining the Measurement Problem; Determination of Percent-Exceeded Noise Levels; Determination of Equivalent Sound Level; Long-Term Average
327   $aOSHA CriteriaReferences; CHAPTER 7. AUDIOMETRY; Characteristics of Sound; The Human Ear: Physiology; Hearing Disorders; Assessment of Hearing Impairment; Automatic Recording Audiometers; The Audiogram; Audiometric Booths; Audiometer Calibration; Abbreviations; References; Bibliography; CHAPTER 8. ANALYSIS OF VALVE AND PIPING NOISE; Cavitation; Cavitation in Liquid Systems; Water Hammer; Mechanical Vibration; Fluid Noise; Control Valve Noise Prediction: Compressible Fluids; Noise Attenuation; Cover Materials; Double Reducing Station; Valve/Piping Design Considerations
327   $aCHAPTER 9. FAN NOISE CONTROLTypes of Fans; Noise Source; Relocation of Equipment; Fan Modification; Isolators; Mufflers; Fan Location; Balancing; Maintenance; Summary and Conclusions; References; Bibliography; GLOSSARY; INDEX
330   $aDamage from noise exposure of sufficient intensity and duration is well established and hearing loss may be temporary or permanent. Fortunately, noise exposure can be controlled and technology exists to reduce the hazards. Aside from employer/employee concern with the inherent hazards of noise, added attention has been brought to focus on the subject through regulatory requirements. Under the Occupational Safety and Health Act (OSHA) every employer is legally responsible for providing a workplace free of hazards such as excessive noise. It has been estimated that 14 million US workers are expo
606   $aIndustrial noise
606   $aNoise control
615  0$aIndustrial noise.
615  0$aNoise control.
676   $a620.2/3
701   $aCheremisinoff$b Nicholas P$09207
801  0$bMiAaPQ
801  1$bMiAaPQ
801  2$bMiAaPQ
906   $aBOOK
912   $a9911006668903321
996   $aNoise control in industry$94392097
997   $aUNINA