che-chandler.de
The MAK-Collection for Occupational Health and Safety. Part III: Air Monitoring Methods (DFG) (was Analyses of Hazardous Substances in Air) Air Monitoring Methods
Alle Preise inkl. MwSt. | Versandkostenfrei
Nicht verfügbar
Zum Merkzettel
Gewicht:
608 g
Format:
240x170x36 mm
Beschreibung:
Harun Parlar is head of the working group "Air Analyses" of the Commission for the Investigation of Health Hazards of Chemical Compounds in the Work Area. He is Chief Editor of the scientific journals Advances in Food Science (AFS) and Fresenius Environmental Bulletin (FEB). His scientific work led to more then 270 publications, two text books and three awards - Certificate of Merit (International Academy of Environmental Safety, 1987), SECOTOX-Award (1988) and VARIAN-Award (1994).
Detailed, reproducible protocols for air monitoring methods, developed for occupational toxicants at the workplace, while also applicable to the environment. All the methods are reliable, adhere to QA standards and cover all the required steps from sampling to interpretation.
PRELIMINARY REMARKSQuality assurance at workplace measurementsANALYTICAL METHODSBeryllium (BGI 505-13-02)Bisphenol A (BGI 505-75-01)Carbon tetrachloride, Method No. 2Carboxylic acid amides (BGI 505-74-01)Formic acid methyl ester, Method No. 1Glycol ethers and glycol esters (BGI 505-76-01)Lead and its inorganic compounds (BGI 505-73-01)Metals (chromium, copper and inorganic compounds), Method No. 1Nickel (BGI 505-10-02)2-Nitronaphthalene (BGI 505-22-02)Wood dust (BGI 505-41-02)APPENDIXContents of Volumes 1-13 in alphabetical orderContents of Volumes 1-13 ordered by CAS numbers
This volume provides detailed, ready-to-use protocols for air monitoring methods, developed to monitor concentrations of occupational toxicants at the workplace, while they can also be used for environmental monitoring. All the methods are reliable, reproducible, adhere to quality assurance standards and cover all the required steps from sampling to the interpretation of results. This includes data on precision, accuracy, and detection limit, calibration procedures as well as potential sources of systematic errors. In addition, the advantages and disadvantages of each method are clearly outlined.