ГОСТ РЕН 12469—2010
Библиограф ия
[1] EN 61010-1:
Safety requirements for electrical equipment for measurement, control and laboratory
use — Part 1: General requirements
[2] EN 292-1:
Safety of machinery. Basic concepts, general principles for design — Pan 1: Basic
terminology, methodology
(3) EN 292-2
Safety of macheiery. Basic concepts, general principles for design — Part 2: Technical
principles and specifications
[41 EN 12741
Biotechnology. Laboratories for research, development and analysis. Guidance for
biotechnology laboratory operations
[5] EN ISO 3744
Acoustics. Determination of sound power levels of noise sources using sound pressure.
Engineering method In an essentially free field over a reflecting plane (ISO 3744:1994)
(6) ISO 11201
Acoustics. Noise emitted by machinery and equipment. Measurement of emission sound
pressure levels at a work station and at other specified positions. Engmeenng method in an
essentially free field over a reflecting plane
(7) ISO 4871
Acoustics. Declaration and verification of noise emission values of machinery and
equipment
[8] ISO 5349
19]
Mechanical vibration. Guidelines for the measurement and the assessment of human
exposure to hand-transmitted vibration
May. K. R. and Harper, G. J. The efficiency of various liquid implnger samplers In
aerosols. British Journal of Industrial Medicine. 1957. 14. 287—297
[10]
First, M. W.. Stuart, D.. Webb. T. Report of NSF Slandard Number 49. Ad Hoc Task
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[11]
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[13]
Bourdlllon, R. B.. Lidwell. О. M. and Thomas. J. C. Journal of Hygiene. Cambridge. 1941,
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[14] VDI2083
[15] IES-RP-CC006.2
Part 3. Entwurf. Contamination control. Measuring technique for clean air rooms.
February 1993
Testing Cleanrooms. Institute of Environmental Sciences. Mount Prospect. Illinois
60056.1993
[16] ISO/CD 14644-3
Cleanrooms and associated controlled environments. Part 3: Metrology and test
methods
[17]
[18]
EUROVENT 4/8 In situ leakage test of high efficiency filters in clean spaces. European
Committee of Air Handling and Air Conditioning Equipment
Hino. S.. and Sato. H. Colltson. 6-jet nebulizer: choice for the certification test of Class II
biological safety cabinet. Japanese Journal of Experimental Medicine. 1984, 54 (1).
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[19]
Redecker F., Hunert R.. Rohnen M. and Hansch L. Funktionsprufung von
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[20]
May. K. R. The Collison nebulizer: description, performance and application. Journal of
Aerosol Science. 1973, 4. 235—243
[21] BS 848-1:1997
[22]
Fans for general purposes — Part 1: Performance testing using standardized airways
Kennedy. D. A. Water fog as a medium for visualization of airflows. Annals of
Occupational Hygiene. 1987. 31.255—259
(23) prEN ISO 14738:1997
[24]
Safety of machinery- Anthropometric requirements for design of workstations at
machinery (ISO/DlS 14738:1997)
Clark R. P., Eiiott C. J. and Lister P. A. A comparison of methods to measure operator
protection factors in open-fronted microbiological safety cabinets. Journal of Applied
Bacteriology. 1981. 51. 461—473
[25]
Clark R. P. and Goff M. R. The potassium iodide method for determining protection
factors in open-fronted microbiological safety cabinets. Journal of Applied Bacteriology.
1981.51.439—460
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