Mayo Clinic
DETERMINATION OF MS/SS DELIVERIES OF AMMONIA, BENZENE, TOLUENE, FORMALDEHYDE, ACETALDEHYDE, ACROLEIN, AND BUTYRALDEHYDE FOR CIGARETTE MODELS WITH AND WITHOUT Mg(OH)2 PAPER AT 17, 20 and 24.8 mm CIRCUMFERENCE
Abstract
Presents objectives, methods, and results of study to evaluate the effect of circumference and use of Mg(OH)2 paper on the mainstream and sidestream smoke deliveries of specific components "targeted by the Surgeon General as being important contributors to the irritation of environmental tobacco smoke (ETS)." Indicates analytical methods used for measuring these components, developed as a precursor to the actual measurement. Reports that the cigarettes with Mg(OH)2 paper showed an increase in: SS gaseous and total ammonia deliveries; NH3/NH4 distribution in MS smoke; benzene and toluene deliveries in MS; acrolein in SS; and reductions in toluene, formaldehyde in SS and acrolein in MS, compared to control models. States that acetaldehyde deliveries were the same for both models in the higher circumference cigarettes. Includes references, including some internal documents.
Fields
- Type
- Report
- Chart/Graph/Table
- Company
- Philip Morris
- Chemical Research
- Cigarette Technology
- Analytical Research
- Site
- MN Depository
- Author
- Parrish, M.E.
- Randolph, H.R.
- Thomas, C.E.
- Named Person
- Fenner, R.A.
- Kallianos, A.
- Jeltema, M.
- Parrish, M.E.
- Harward, C.
- Goodman, B.
- Fenner, R.
- Randolph, H.
- Lephardt, J.
- Johnson, W.R.
- Hale, R.W.
- Nedlock, J.W.
- Grubbs, H.J.
- Powell, D.H.
- Comes, R.
- Named Organization
- U.S. Department of Health and Human Services
- Operation/Project
- Project 6502
- Project Environmental Tobacco Smoke (6502?)
- Thesaurus Term
- Industry Sponsored Research
- Cigarette Design
- Environmental Tobacco Smoke
- Smoke Analysis
- Sidestream Smoke
- Mainstream Smoke
- Research Methods
- Ammonia
- Chromatography
- Butyraldehyde
- Cigarette Papers
- Benzene
- Toluene
- Acrolein
- Formaldehyde
- Acetaldehyde
- Surgeon General
- Cigarette Circumference
- Aldehydes
- Keyword
- Tunable Diode Laser (TDL) Spectroscopy
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