1 Subject Content and Application Scope
This standard specifies basic problems on noise measurement and evaluation of its effects on human beings, and briefly describes common measurement methods and general procedure as well as several methods as specified in other standards.
This standard is intended as an introduction to the more specialized instructions contained in standards describing methods for acoustic measurements and evaluations, specific test codes and interpretation procedures published by national and international standardization bodies.
2 References
GB 3101 General Principles Concerning Quantities, Units and Symbols
GB 3238 Acoustical Levels and Reference Quantities
GB 3240 Preferred Frequencies for the Acoustical Measurement
GB 3241 Octave and Third-octave Band Filters Used for the Analysis of Sound and Vibration
GB 3947 Acoustical Terminology
GB 3767 Determination of Sound Power Levels of Noise Sources Using Engineering Method and Quasi-engineering Method
GB 3768 Determination of Sound Power Levels of Noise Sources - Survey Method
GB 3769 Scales and Sizes for Plotting Frequency Characteristic and Polar Diagrams
GB 3785 Electric, Sonic Properties and Measuring Methods for Sound Level Meters
GB 4963 Normal Equal-loudness Contours for Pure Tones under Free Field Listening Conditions
GB 6881 Acoustics - Determination of Sound Power Levels of Noise Sources - Precision Methods and Engineering Methods for Reverberation Rooms
GB 3096 Standard of Environmental Noise of Urban Area
GB/T 14366 Acoustics - Determination of Occupational Noise Exposure and Estimation of Noise-induced Hearing Impairment
GB/T 14367 Acoustics - Determination of Sound Power Levels of Noise Sources - Guidelines for the Use of Basic Standards and for the Preparation of Noise Test Codes
1 Subject Content and Application Scope
2 References
3 Classification of Noise Problems
4 Classification of Noise Characteristics
5 Physical Measurements of Noise
6 Evaluation of the Effects of Noise on Human Beings
Additional Explanation
1 Subject Content and Application Scope
This standard specifies basic problems on noise measurement and evaluation of its effects on human beings, and briefly describes common measurement methods and general procedure as well as several methods as specified in other standards.
This standard is intended as an introduction to the more specialized instructions contained in standards describing methods for acoustic measurements and evaluations, specific test codes and interpretation procedures published by national and international standardization bodies.
2 References
GB 3101 General Principles Concerning Quantities, Units and Symbols
GB 3238 Acoustical Levels and Reference Quantities
GB 3240 Preferred Frequencies for the Acoustical Measurement
GB 3241 Octave and Third-octave Band Filters Used for the Analysis of Sound and Vibration
GB 3947 Acoustical Terminology
GB 3767 Determination of Sound Power Levels of Noise Sources Using Engineering Method and Quasi-engineering Method
GB 3768 Determination of Sound Power Levels of Noise Sources - Survey Method
GB 3769 Scales and Sizes for Plotting Frequency Characteristic and Polar Diagrams
GB 3785 Electric, Sonic Properties and Measuring Methods for Sound Level Meters
GB 4963 Normal Equal-loudness Contours for Pure Tones under Free Field Listening Conditions
GB 6881 Acoustics - Determination of Sound Power Levels of Noise Sources - Precision Methods and Engineering Methods for Reverberation Rooms
GB 3096 Standard of Environmental Noise of Urban Area
GB/T 14366 Acoustics - Determination of Occupational Noise Exposure and Estimation of Noise-induced Hearing Impairment
GB/T 14367 Acoustics - Determination of Sound Power Levels of Noise Sources - Guidelines for the Use of Basic Standards and for the Preparation of Noise Test Codes
Contents of GB/T 14259-1993
1 Subject Content and Application Scope
2 References
3 Classification of Noise Problems
4 Classification of Noise Characteristics
5 Physical Measurements of Noise
6 Evaluation of the Effects of Noise on Human Beings
Additional Explanation
