Volatilization and Dermal Absorption of Volatile Organic Compounds from WaterCornell University, 1994 - 274 pages |
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absorption aerosol concentration air concentration profile air samples amount analysis approach assessment Assuming average calculated CHCl3 air concentrations chemical coefficient compared compounds concentrations for Nozzle conducted consistent contaminants declined decrease dermal uptake determined diameter diffusion dose drain drinking water droplet effect epidermis equal equations estimates expected experimental exposed exposure factors Figure greater guinea pig human indicate inhalation exposure jet flow layers less levels lipids liquid mass McKone Measured CHCl3 air mixing models observed occur partition pattern permeability permeability coefficient phase predicted presented produced relationship removed resistance respectively samples saturation shower chamber shower nozzles significant significantly simulation skin solution spray flow SSC experiments standard stratum corneum studies suggests surface area Table taken tape strips TCE air concentrations TCE and CHCl3 tissue Transfer Efficiency values vapor vial volatile volume water flow water temperatures water to air