Experimental method to determine the efficiency of aerosolsamplers using the coulter counter

[1] Threshold limit values for chemical substances and physical agents and biological exposure indices, American Conference of Governmental Industrial Hygienists, (1994)

[2] Workplace Atmospheres : Specification for Conventions for Measurement of Suspended Matter in Workplace Atmospheres, (1993)

[3] Guichard J.C., Aerosol generation using fluidized beds, Fine Particles, pp. 173-193, (1976)

[4] Air Quality - Particle Size Fractions Definitions for the Health-related Sampling, (1995)

[5] Fabries J.F., Gorner P., Kauffer E., Wrobel R., Vigneron J.C., Personal CIP 10 thoracic sampler and its static version CATHIA, Annals of Occupational Hygiene, 42, pp. 453-465, (1998)

[6] Fabries J.-F., Wrobel R., Gorner P., Détermination expérimentale de l'efficacité d'échantillonnage d'appareils de prélèvement d'aérosols - Méthode APS et Coulter, Journées d'Études Sur Les Aérosols, pp. 117-126, (1991)

[7] Lines R.W., The electrical sensing zone method (the Coulter principe), Particle Size Analysis, pp. 351-373, (1991)

[8] Witschger O., Wrobel R., Fabries J.-F., Gorner P., Renoux A., A new experimental wind tunnel facility for aerosol sampling investigations, J. Aerosol Science, 28, pp. 833-851, (1997)

[9] Wynn E.J.W., Hounslow M.J., Coincidence correction for electrical-zone (Coulter-counter) particle size analysers, Powder Technology, 93, pp. 163-175, (1997)

[1] Threshold limit values for chemical substances and physical agents and biological exposure indices, American Conference of Governmental Industrial Hygienists, (1994)

[2] Workplace Atmospheres : Specification for Conventions for Measurement of Suspended Matter in Workplace Atmospheres, (1993)

[3] Guichard J.C., Aerosol generation using fluidized beds, Fine Particles, pp. 173-193, (1976)

[4] Air Quality - Particle Size Fractions Definitions for the Health-related Sampling, (1995)

[5] Fabries J.F., Gorner P., Kauffer E., Wrobel R., Vigneron J.C., Personal CIP 10 thoracic sampler and its static version CATHIA, Annals of Occupational Hygiene, 42, pp. 453-465, (1998)

[6] Fabries J.-F., Wrobel R., Gorner P., Détermination expérimentale de l'efficacité d'échantillonnage d'appareils de prélèvement d'aérosols - Méthode APS et Coulter, Journées d'Études Sur Les Aérosols, pp. 117-126, (1991)

[7] Lines R.W., The electrical sensing zone method (the Coulter principe), Particle Size Analysis, pp. 351-373, (1991)

[8] Witschger O., Wrobel R., Fabries J.-F., Gorner P., Renoux A., A new experimental wind tunnel facility for aerosol sampling investigations, J. Aerosol Science, 28, pp. 833-851, (1997)

[9] Wynn E.J.W., Hounslow M.J., Coincidence correction for electrical-zone (Coulter-counter) particle size analysers, Powder Technology, 93, pp. 163-175, (1997)