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Philip Morris

Chemical Composition of Cigarette Smoke

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Length: 13 pages
1005053121-1005053133
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Author
Guerin, M.R.
Area
LEGAL DEPT/CARLSTADT QRSA
Type
PSCI, SCIENTIFIC PUBLICATION
BIBL, BIBLIOGRAPHY
CHAR, CHART/GRAPH
Site
N28
Request
Stmn/R1-048
Stmn/R1-059
Stmn/R1-060
Stmn/R1-071
Stmn/R1-072
Stmn/R1-073
Stmn/R1-091
Stmn/R1-092
Named Organization
NCI, Natl Cancer Inst
NIH, Natl Inst of Health
Union Carbide
US Dept of Energy
Ftc, Federal Trade Commission
Hew, Dept of Health Education and Welfare
Named Person
Battigelli
Brunnemann
Elmehorst
Gill
Gori
Griest
Groenen
Guerin, M.R.
Ho
Hoffmann
Holmberg
Horton
Jenkins
Keith
Lephardt
Maxwell
Nagao
Norman
Schmeltz
Schults
Snook
Sugimura
Tesh
Vangemert
Vilcins
Wakeham, H.
Wonder
Document File
1005052694/1005053222/Carton C17f
Litigation
Stmn/Produced
Author (Organization)
Oak Ridge Natl Lab
Smoke Chemistry
Master ID
1005052801/3146
Related Documents:
Characteristic
MARG, MARGINALIA
Date Loaded
05 Jun 1998
UCSF Legacy ID
smo54e00

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StnoJce ~Cieieistry 11 93 Figure l Appro:oimate chemical composition of mainsaeam smoke i Data from 1locman 1977) . of sufficient volatility to remain in the vapor state long enough to transir the filter. The filter pad, wetted by the particulate matter collected on early puffs, tends to scrub some of the hydrophitic constituents of the ¢;a phase in subse- quent puffs. As a result, some physicochemically gas-phase constituents are found in the particulate phase. Likewise; volatilt constituents of the particulate phase are swept from the tilltcr pad during, putfing and :ue found in the gas phase. 'ihe term "semivolatile phase" has been used (Norman 1'977') to 10%, SMOKE' 4qeG 4 fsec Figure 2' t00'T. SMOKE pqed 15 sec Tabacoosmoke panpcies tmm prooeas and inunumema smuke e:ponvre machi::C mrxld,lt r Holmbcrs 1979) i
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Li 19a l MA. Guerin Tabie 2' Major Cdnstituents of the Particulate Pfiase of Cigarette Srnoke chetnital Water Humectants Glycols Guentity (englcigt) Fropylene glycol Alkaloids Nicotine Nomicotine I,eaf pigment Tetpenoids Neophytadiene Limonene Cartiozyli~ acids Acetic acid Paltnitic acid'' Waxes nC:u Phenols Phenol Catechol Cresols' Hydroquinone Aldehydes Furfural Benzaldehyde Phytosterols Stiglnasterol Dw from Norman (19^1.. 6.0 3.0 L.: 0.6 O:S ties,the: presenceofthesanteconstituents(tliough ofteni armuchreduced Ievels), and tlee general composition of the organic particulate and vapor phases. 'Iiable 4 shows a comparison of strtoke delivetiies of' eotnrttencial=brand eigarettes on the U:S. market: lt indicates deliveries frotrt 30-1 mg of'tar and 7.5-0.1' ntg of'nicotine (Feder.il Trade Commission U978): The most popular eigarettes typically deliver 18 mg of' tar and 1.7' mg of nicotine (iMacwell' 1g79). Cigarettes delixering, less than 10 mg of tar and 1 mg of nicot'ine are beiag produced and actively marketed by the industry: CO deliveries genetally equal tar dalivernes in absoiute weight (Jrnlbins et al. 1979) : An exception is the lowet than anticipated CO deliveries of nontiltered cig:ueaes. As a resulr, popular fiitered ciearettes deli.•er ~.r~..+ & r rr. .*.... 1005+05312$
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