Citation: | BAO Jun, WANG Quan-lin. Review of Control Laws and Detection Methods for Asbestos[J]. Rock and Mineral Analysis, 2011, 30(5): 644-653. |
WHO. Asbestos and other natural mineral fibres, environmental health criteria 53[S].Geneva, 1986.
WHO. Asbestos and other natural mineral fibres, environmental health criteria 53[S].Geneva, 1986.
|
潘明琨.石棉的危害及其环境管理[J].甘肃环境研究与监测,1995,8(4):39-41.
|
潘先佐.角闪石石棉的性能和用途[J].氯碱工业,1998(4):48-49.
|
全长健,丁孝恽,方兴林.石棉制品场所空气石棉尘污染调查[J].浙江预防医学,2006,18(6):31.
|
王津涛,罗素琼.石棉污染与胸膜斑[J].中华劳动卫生职业病杂志,2001,19(1): 73-75.
|
张春华,张勇华,王涤新.石棉肺合并恶性胸膜间皮瘤1例[J].中国工业医学杂志,2006,19(2):93-94.
|
玄春山,赵玉洁,贾风云,王维先,杨亚男.石棉接触与肝癌发病关系的研究[J].中国职业医学,2007,34(1):70-71.
|
刘学泽,罗素琼.我国石棉肺和石棉粉尘危害的现状与展望[J].中华劳动卫生职业病杂志,1991,9(2):105-106.
|
The asbestos (prohibitions) regulations [S].1992.
The asbestos (prohibitions) regulations [S].1992.
|
The asbestos (prohibitions) (amendment) regulations[S].1999.
The asbestos (prohibitions) (amendment) regulations[S].1999.
|
552/2009/EC, Registration, evaluation, authorisation and restriction of chemicals (REACH) as regards annex XⅦ[S].Official Journal of the European Union,2009,L164: 7-31.
552/2009/EC, Registration, evaluation, authorisation and restriction of chemicals (REACH) as regards annex XⅦ[S].Official Journal of the European Union,2009,L164: 7-31.
|
张忠彬,周永平.日本、韩国、东盟与我国石棉危害预防控制现状[J].中国安全生产科学技术,2010,6(1):121-124.
|
甘玉华,林锦,刘建琦.大气中石棉粉尘计数浓度测定法探讨[J].环境科学,1996,17(4):89.
|
杨文秀,王灿,王任群.空气中石棉浓度的测定与矿工微核率关系的探讨[J].解放军预防医学杂志,1990,8(1):9-12.
|
Rooker S J, Vaughn N P, Le Guen J M.On the visibility of fibers by phase contrast microscopy[J].American Industrial Hygiene Association Journal,1982,43: 505-515.
Rooker S J, Vaughn N P, Le Guen J M.On the visibility of fibers by phase contrast microscopy[J].American Industrial Hygiene Association Journal,1982,43: 505-515.
|
OSHA method ID-160,Asbestos in air[S].1997.
OSHA method ID-160,Asbestos in air[S].1997.
|
ASTM D 6281,Standard test method for airborne asbestos concentration in ambient and indoor atmospheres as determined by transmission electron microscopy direct transfer(TEM)[S].2004.
ASTM D 6281,Standard test method for airborne asbestos concentration in ambient and indoor atmospheres as determined by transmission electron microscopy direct transfer(TEM)[S].2004.
|
NIOSH 7400, Asbestos and other fibers by phase contrast microscopy [S].1994.
NIOSH 7400, Asbestos and other fibers by phase contrast microscopy [S].1994.
|
ASTM D6620, Standard practice for asbestos detection limit based on counts[S].2006.
ASTM D6620, Standard practice for asbestos detection limit based on counts[S].2006.
|
ASTM D7200,Standard practice for sampling and counting airborne fibers, including asbestos fibers, in mines and quarries, by phase contrast microscopy and transmission electron microscopy[S].2006.
ASTM D7200,Standard practice for sampling and counting airborne fibers, including asbestos fibers, in mines and quarries, by phase contrast microscopy and transmission electron microscopy[S].2006.
|
ASTM D7201,Standard practice for sampling and counting airborne fibers including asbestos fibers in the workplace by phase contrast microscopy (with an option of transmission electron microscopy)[S].2006.
ASTM D7201,Standard practice for sampling and counting airborne fibers including asbestos fibers in the workplace by phase contrast microscopy (with an option of transmission electron microscopy)[S].2006.
|
Harper M, Bartolucci A.Preparation and examination of proposed consensus reference standards for fiber-counting[J].American Industrial Hygiene Association Journal,2003,64:283-287.
Harper M, Bartolucci A.Preparation and examination of proposed consensus reference standards for fiber-counting[J].American Industrial Hygiene Association Journal,2003,64:283-287.
|
Verma D K, Clark N E.Relationships between phase contrast microscopy and transmission electron microscopy results of samples from occupational exposure to airborne chrysotile asbestos[J].American Industrial Hygiene Association Journal, 1995,56: 866-873.
Verma D K, Clark N E.Relationships between phase contrast microscopy and transmission electron microscopy results of samples from occupational exposure to airborne chrysotile asbestos[J].American Industrial Hygiene Association Journal, 1995,56: 866-873.
|
Egilman D, Fehnel C, BohmeS R.Exposing the "myth" of abc, "anything but chrysotile": A critique of the Canadian asbestos mining industry and McGill University chrysotile studies[J].American Journal of Industrial Medicine,2003,44:540-557.
Egilman D, Fehnel C, BohmeS R.Exposing the "myth" of abc, "anything but chrysotile": A critique of the Canadian asbestos mining industry and McGill University chrysotile studies[J].American Journal of Industrial Medicine,2003,44:540-557.
|
Millentte B. Asbestos identifiacation using available standard methods[J].Microscope,2005,53 (4):179-185.
Millentte B. Asbestos identifiacation using available standard methods[J].Microscope,2005,53 (4):179-185.
|
冯惠敏,杨怡华.化妆品中石棉含量检测方法[J].中国非金属矿工业导刊,2009(3):41-46.
|
EPA-600/R/116, Method for the determination of asbestos in bulk building materials[S].1993.
EPA-600/R/116, Method for the determination of asbestos in bulk building materials[S].1993.
|
NIOSH-9002, Assbestos (bulk) by polarized light microscopy [S].2002.
NIOSH-9002, Assbestos (bulk) by polarized light microscopy [S].2002.
|
ELAP ITEM198.1, Polarized-light microscope methods for identifying and quantitaing [S].2004.
ELAP ITEM198.1, Polarized-light microscope methods for identifying and quantitaing [S].2004.
|
Heinz K.Asbestos air monitoring: Correlation between results of PCM and SEM measurements .Poland: Krakow, 2006.
Heinz K.Asbestos air monitoring: Correlation between results of PCM and SEM measurements .Poland: Krakow, 2006.
|
ÖNORM M 9405,Determination of asbestos concentration in air[S].2006.
ÖNORM M 9405,Determination of asbestos concentration in air[S].2006.
|
SRC-Libby-02, Quantification of asbestos in soil by SEM/EDS [S].2003.
SRC-Libby-02, Quantification of asbestos in soil by SEM/EDS [S].2003.
|
ISO 14966, Ambient air—Determination of numerical con-centration of inorganic fibrous particles—Scanning electron microscopy method[S].2002.
ISO 14966, Ambient air—Determination of numerical con-centration of inorganic fibrous particles—Scanning electron microscopy method[S].2002.
|
ASTM D5755, Standard test method for microvacuum sam-pling and indirect[S].2003.
ASTM D5755, Standard test method for microvacuum sam-pling and indirect[S].2003.
|
ASTM D5756, Standard test method for microvacuum sampling and indirect analysis of dust by transmission electron microscopy for asbestos mass concentration[S].2002.
ASTM D5756, Standard test method for microvacuum sampling and indirect analysis of dust by transmission electron microscopy for asbestos mass concentration[S].2002.
|
ASTM D6281, Standard test method for airborne asbestos concentration in ambient and indoor atmospheres as determined by transmission electron microscopy direct transfer (TEM) [S].2009.
ASTM D6281, Standard test method for airborne asbestos concentration in ambient and indoor atmospheres as determined by transmission electron microscopy direct transfer (TEM) [S].2009.
|
VASTM D7201,Standard practice for sampling and counting airborne fibers, including asbestos fibers, in the workplace by phase contrast microscopy (with an option of transmission electron microscopy) [S].2006.
VASTM D7201,Standard practice for sampling and counting airborne fibers, including asbestos fibers, in the workplace by phase contrast microscopy (with an option of transmission electron microscopy) [S].2006.
|
EPA/600/J-93/167,Methods for the analysis of carpet samples for asbestos[S].1993.
EPA/600/J-93/167,Methods for the analysis of carpet samples for asbestos[S].1993.
|
ISO 13794, Ambient air—determination of asbestos fibers —indirect—transfer transmission electron micro-scopy method[S].1999.
ISO 13794, Ambient air—determination of asbestos fibers —indirect—transfer transmission electron micro-scopy method[S].1999.
|
ISO10312,Ambient air—determination of asbestos fibres—direct transfer transmission electron microscopy method[S].1995.
ISO10312,Ambient air—determination of asbestos fibres—direct transfer transmission electron microscopy method[S].1995.
|
EPA 540/2-90-005a, Environmental asbestos assessment manual: Superfund method for the determination of asbestos in ambient air. Part 1: Method [S].1990.
EPA 540/2-90-005a, Environmental asbestos assessment manual: Superfund method for the determination of asbestos in ambient air. Part 1: Method [S].1990.
|
ASTM D7200, Standard practice for sampling and counting airborne fibers, including asbestos fibers, in mines and quarries, by phase contrast microscopy and transmission electron microscopy[S].2006.
ASTM D7200, Standard practice for sampling and counting airborne fibers, including asbestos fibers, in mines and quarries, by phase contrast microscopy and transmission electron microscopy[S].2006.
|
NISH 7402, Asbestos by TEM [S].1994.
NISH 7402, Asbestos by TEM [S].1994.
|
EPA/600/4-83-043 (Method 100.1), analytical method for determination of asbestos fibers in water[S].1983.
EPA/600/4-83-043 (Method 100.1), analytical method for determination of asbestos fibers in water[S].1983.
|
EPA/600/R-94/134 (Method 100.2), determination of asbestos structures over 10 micrometer in length in drinking water[S].1994.
EPA/600/R-94/134 (Method 100.2), determination of asbestos structures over 10 micrometer in length in drinking water[S].1994.
|
EPA 540-R-97-028,Superfund method for the determination of releasable asbestos in soils and bulk materials[S].1997.
EPA 540-R-97-028,Superfund method for the determination of releasable asbestos in soils and bulk materials[S].1997.
|
ASTM D6480, Standard test method for wipe sampling of surfaces, indirect preparation, and analysis for asbestos structure number concentration by transmission electron microscopy[S].1999.
ASTM D6480, Standard test method for wipe sampling of surfaces, indirect preparation, and analysis for asbestos structure number concentration by transmission electron microscopy[S].1999.
|
EPA 600/R-93-116,Method for the determination of asbestos in bulk building materials[S].1993.
EPA 600/R-93-116,Method for the determination of asbestos in bulk building materials[S].1993.
|
Brattin W, Orr J.Analysis of asbestos in soil by transmission electron mircroscopy following water sedimentation fractionation . Libby Superfund Site Standard Operating Procedure (SOP) No.EPA-Libby-07 (Rev.3),2004.
Brattin W, Orr J.Analysis of asbestos in soil by transmission electron mircroscopy following water sedimentation fractionation . Libby Superfund Site Standard Operating Procedure (SOP) No.EPA-Libby-07 (Rev.3),2004.
|
Brattin W.Analysis of asbestos in soil by TEM .Libby Superfund Site Standard Operating Procedure (SOP) No.EPA-Libby-03 (Rev.1),2004.
Brattin W.Analysis of asbestos in soil by TEM .Libby Superfund Site Standard Operating Procedure (SOP) No.EPA-Libby-03 (Rev.1),2004.
|
Burdett G J, Revell G P.ASTM method for the determination of asbestos in air by TEM and information on interfering fibers[M]//Advances in environmental measurement methods for asbestos.Beard M E, Rooks H L, eds.American Society for Testing and Materials, 2000: 129-146.
Burdett G J, Revell G P.ASTM method for the determination of asbestos in air by TEM and information on interfering fibers[M]//Advances in environmental measurement methods for asbestos.Beard M E, Rooks H L, eds.American Society for Testing and Materials, 2000: 129-146.
|
刘东,权养科,陶克明.X射线衍射法(XRD)检验无机炸药初探[J].刑事技术,2007(1):9-11.
|
Taylor A.Methods for the quautitive determination of asbe-stos and quatz in bulk sample using X-ray diffraction[J].The Analyst,1978,103(1231):1009-1020.
Taylor A.Methods for the quautitive determination of asbe-stos and quatz in bulk sample using X-ray diffraction[J].The Analyst,1978,103(1231):1009-1020.
|
Thomas S, Laurie S T.Development of a method for the determination of low contents of asbestos fibre in bulk material[J].The Analyst,1998,123:1393-1400.
Thomas S, Laurie S T.Development of a method for the determination of low contents of asbestos fibre in bulk material[J].The Analyst,1998,123:1393-1400.
|
JIS A 1481, Method for the determination of asbestos in building materials[S].2008.
JIS A 1481, Method for the determination of asbestos in building materials[S].2008.
|
EPA-600/R-93/116, Method for the determination of asbe-stos in bulk building materials[S].1993.
EPA-600/R-93/116, Method for the determination of asbe-stos in bulk building materials[S].1993.
|
NIOSH 9000, Analysis was performed by XRD[S].1994.
NIOSH 9000, Analysis was performed by XRD[S].1994.
|
康彩艳,李廷盛,李芳,温桂清.滑石粉中石棉的红外光谱测定[J].广西师范大学学报:自然科学版,2003,21(2):327-328.
|
曹建劲,蒋宗涛,熊志华,杨燕娜,陈师乐.硫化物矿床断层微粒的红外光谱分析[J].光谱学与光谱分析,2009,29(4):956-959.
|
Rodica S D.Ftir asbestos presence in the occupational environment[J].Analele Universitǎtii din Bucuresti-Chimie, Anul XⅦ (serie nouǎ),2008(Ⅱ): 79-83.
Rodica S D.Ftir asbestos presence in the occupational environment[J].Analele Universitǎtii din Bucuresti-Chimie, Anul XⅦ (serie nouǎ),2008(Ⅱ): 79-83.
|
客绍英,马作东,陈玉芹,柴凤瑞,刘冬莲,周蓉生.中子活化分析在大气降尘监测中的应用[J].城市环境与城市生态,2003,16(3):56-59.
|
田伟之,倪邦发.中子活化分析在当代无机痕量分析计量学中的作用[J].核化学与放射化学,2004,26(3):129-140.
|
Espi E, Zikovsky L.Neutron activation analysis of asbestos from Canada[J].Journal of Radioanalytical and Nuclear Chemistry,1995,189(1):101-105.
Espi E, Zikovsky L.Neutron activation analysis of asbestos from Canada[J].Journal of Radioanalytical and Nuclear Chemistry,1995,189(1):101-105.
|
Teherani D K.Application of neutron activation analysis for determination of mercury, iron, europium, lanthanum and potassium in asbestos[J].Journal of Radioanalytical and Nuclear Chemistry,1986,104(6):231-240.
Teherani D K.Application of neutron activation analysis for determination of mercury, iron, europium, lanthanum and potassium in asbestos[J].Journal of Radioanalytical and Nuclear Chemistry,1986,104(6):231-240.
|
Pravin P P, Richard J J, James S W, Thomas M S.Quantitation of asbestos in synthetic mixtures using instrumental neutron activation analysis[J].Analytical Chemistry,1992,64(3): 320-325.
Pravin P P, Richard J J, James S W, Thomas M S.Quantitation of asbestos in synthetic mixtures using instrumental neutron activation analysis[J].Analytical Chemistry,1992,64(3): 320-325.
|
Morgan A,Timbrell V.The use of neutron activation analy-sis to determine the composition of blended samples of asbestos[J].The International Journal of Applied Radiation and Isotopes,1971,22(12):745-751.
Morgan A,Timbrell V.The use of neutron activation analy-sis to determine the composition of blended samples of asbestos[J].The International Journal of Applied Radiation and Isotopes,1971,22(12):745-751.
|
Bush H D, Rowson D M,Warren S E.The application of neutron activation analysis to the measurement of the wear of a friction material[J].Wear,1972,20(2):211-225.
Bush H D, Rowson D M,Warren S E.The application of neutron activation analysis to the measurement of the wear of a friction material[J].Wear,1972,20(2):211-225.
|
Morgan A, Timbrell V.The use of neutron activation analy-sis to determine the composition of blended samples of asbestos[J].The International Journal of Applied Radiation and Isotopes,1971,22(12):745-751.
Morgan A, Timbrell V.The use of neutron activation analy-sis to determine the composition of blended samples of asbestos[J].The International Journal of Applied Radiation and Isotopes,1971,22(12):745-751.
|
Luckewicz W.Differential thermal analysis of chrysotile asbestoisn pure talc containing other minerals[J].The Journal of the Society of Cosmetic Chemists,1975,26: 431-437.
Luckewicz W.Differential thermal analysis of chrysotile asbestoisn pure talc containing other minerals[J].The Journal of the Society of Cosmetic Chemists,1975,26: 431-437.
|
Pask J A, Warner M F.Fundamental studies of talc. Ⅰ.Constitution of talcs[J].Journal of the American Ceramic Society,1954,37(3): 118-128.
Pask J A, Warner M F.Fundamental studies of talc. Ⅰ.Constitution of talcs[J].Journal of the American Ceramic Society,1954,37(3): 118-128.
|
Jolicoeur C, Duchesne D.Infrared and thermogravimetric studies of the thermal degradation of chrysotile asbestos fibers: Evidence for matrix effects[J].Canadian Journal of Chemistry,1981,59: 1521-1526.
Jolicoeur C, Duchesne D.Infrared and thermogravimetric studies of the thermal degradation of chrysotile asbestos fibers: Evidence for matrix effects[J].Canadian Journal of Chemistry,1981,59: 1521-1526.
|
Onal Y, Yakinci E, SeçkinT, Içduygu M G.Synthesis and characterization of asbestos-silane hybrid materials[J].Colloids and Surfaces A: Physicochemical and Engineering Aspects,2005,255(1-3, 21): 27-32.
Onal Y, Yakinci E, SeçkinT, Içduygu M G.Synthesis and characterization of asbestos-silane hybrid materials[J].Colloids and Surfaces A: Physicochemical and Engineering Aspects,2005,255(1-3, 21): 27-32.
|
Schlez J P.The detection of chrysotile asbestos at low levels in talc by differential thermal analysis[J].Thermochemica Acta,1974,8: 197-203.
Schlez J P.The detection of chrysotile asbestos at low levels in talc by differential thermal analysis[J].Thermochemica Acta,1974,8: 197-203.
|