Changes of Tobacco Smoke Components by Adding Oriental, Reconstituted, and Expanded tobacco leaves

오리엔트엽, 판상엽, 팽화엽 첨가에 따른 담배 연기성분 변화

  • Published : 2002.12.01

Abstract

This study was conducted to determine the smoke component changes by adding oriental, reconstituted, and expanded tobacco leaves. 7 different cigarette brands which were mixed with flue-cured, burley, oriental, reconstituted and expanded tobacco leaves were used for this study. 64 kinds of smoke components which were 6 of general components, 34 of semi-volatile and volatile components, 9 of acid components, and 15 of phenolic components were analyzed. All smoke components of mainstream smoke were changed by the different branding. As Tar, nicotine, ammonia, pH, all of acid compounds(except lacatic and glycolic acid) were decreased; HCN, levoglucosame, 4-vinyl phenol, 4-vinyl catechol, quinic acid-r-lactone, acetaldehyde, 2,3-butadiene, stylene were increased by adding oriental tobacco leaves. When the reconstituted tobaccos were added to 20%, the concentration of nicotine, all of acid compounds(except lactic. glycolic, palmitic acid) and all of phenol compounds were reduced; the concentration of ammonia, HNC, CO, aeconitrile, benzene, 2-butanone, moth-acrolene, butyronitrile, stylene, o-xylene were increased. As decreasing ammonia, pH, nicotine, all of acid compounds, all of phenol compounds, Isoprene, acetonitrile, 2-methyl-2-butene, 1,3-pentadiene, 2-nlethyl furane, ethylene cyclopentanone, ethyl bezene; increasing CO concentration were followed by adding expanded tobacco leaves.

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References

  1. Recent Adv. in Tob. Sci. v.16 Tobacco combustion : The last ten years Baker,R.R.;D.P.Robinson
  2. J. of Sensory Studies v.2 Intensity variation descriptive methodology: Development and application of a new sensory evaluation technique Gordin,H.H.
  3. Beitrage Zur Tabak. Inter. v.18 no.5 The quality estimation of different tobacco types examined by headspace vapor analysis Hasebe,H.(et al.)
  4. Beitr. Tabakforsch Int. v.9 no.4 Gas chromatographic analysis of cigarette smoke by trimethylsilylation method Ishiguro,S.;S.Sugaware
  5. Tob. Sci. v.17 The distribution of products between mainstream and sidestream smoke Johnson,W.R.;R.W.Hale;J.W.Nedlock;H.J.Grubbs;C.H.Powell
  6. Japan Tob. salt Pobl. Corp. Central Research Institute Sci. Paper v.110 Lower bases of tobacco smoke Kaburaki,Y.;K.Kusakabe;H.Shigematsu
  7. Proc. Tob. Chem. Res. Conf. 30th Nitrogeneous compounds of leaf and their relationship to smoke quality and aroma Leffingwell,J.P.
  8. Beitr. Tabakforsch Int. v.10 no.1 Composition studies on some varieties of tobacco and their smoke Matsushima,S.;S.Ishiguro;S.Sugawara
  9. J. Anal. Toxicol. v.3 Chemical studies on tobacco smoke: On the analysis of aromatic amines in cigarette smoke Patrianakos,C.(et al.)
  10. Beitr. Tabakforsch. Int. v.12 The distribution of cigarette smoke components between mainstream and sidestream smoke, III. Milddle and higher boiling components Sakuma,H.;M.Kusama;K.Yamaguchi;S.Sugawara
  11. Tob. Sci. v.23 Rapid pyrolytic method for evaluating effect of tobacco variety, growing, harvesting, and post-harvest treatment on smoke composition Schlotzahauer,W.S.;O.T.Chortyk;R.F.Severson
  12. Beitr. Tabakforsch Int. v.11 no.3 Simple correlation and multiple regression among leaf and smoke characteristics of burley tobacco Tso,T.C.;J.F.Chaplin;J.D.Adams