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TOBACCO SCIENCE & TECHNOLOGY
2015年
6期
57-63
,共7页
肖华玲%建辉%银董红%刘金云%刘嘉莉%颜清萍%谢青季
肖華玲%建輝%銀董紅%劉金雲%劉嘉莉%顏清萍%謝青季
초화령%건휘%은동홍%류금운%류가리%안청평%사청계
卷烟燃烧状态%逐口抽吸%巴豆醛%转移%分布
捲煙燃燒狀態%逐口抽吸%巴豆醛%轉移%分佈
권연연소상태%축구추흡%파두철%전이%분포
Cigarette combustion status%Puff-by-puff smoking%Crotonaldehyde%Transfer%Distribution
为研究卷烟燃烧状态对巴豆醛主流烟气释放量及转移分布的影响,通过改变卷烟纸透气度调控卷烟裂解/蒸馏状态,考察了卷烟样品燃吸时巴豆醛逐口主流烟气释放量、滤嘴截留量、燃烧锥中残留量及其在卷烟不同部位的分布规律。结果表明:①随着抽吸口序的增加,主流烟气中巴豆醛释放量总体上呈上升趋势,但与燃烧锥中巴豆醛残留量无明显相关性;②卷烟逐口燃烧所产生巴豆醛的主流烟气转移率为36%~48%,滤嘴截留率为12%~34%,燃烧锥中残留率为16%~27%,烟丝吸附率低于13%;③卷烟逐口主流烟气中巴豆醛的释放量与卷烟纸透气度无相关性。
為研究捲煙燃燒狀態對巴豆醛主流煙氣釋放量及轉移分佈的影響,通過改變捲煙紙透氣度調控捲煙裂解/蒸餾狀態,攷察瞭捲煙樣品燃吸時巴豆醛逐口主流煙氣釋放量、濾嘴截留量、燃燒錐中殘留量及其在捲煙不同部位的分佈規律。結果錶明:①隨著抽吸口序的增加,主流煙氣中巴豆醛釋放量總體上呈上升趨勢,但與燃燒錐中巴豆醛殘留量無明顯相關性;②捲煙逐口燃燒所產生巴豆醛的主流煙氣轉移率為36%~48%,濾嘴截留率為12%~34%,燃燒錐中殘留率為16%~27%,煙絲吸附率低于13%;③捲煙逐口主流煙氣中巴豆醛的釋放量與捲煙紙透氣度無相關性。
위연구권연연소상태대파두철주류연기석방량급전이분포적영향,통과개변권연지투기도조공권연렬해/증류상태,고찰료권연양품연흡시파두철축구주류연기석방량、려취절류량、연소추중잔류량급기재권연불동부위적분포규률。결과표명:①수착추흡구서적증가,주류연기중파두철석방량총체상정상승추세,단여연소추중파두철잔류량무명현상관성;②권연축구연소소산생파두철적주류연기전이솔위36%~48%,려취절류솔위12%~34%,연소추중잔류솔위16%~27%,연사흡부솔저우13%;③권연축구주류연기중파두철적석방량여권연지투기도무상관성。
In order to investigate the effects of cigarette combustion status on the delivery, transfer and distribution of crotonaldehyde in mainstream cigarette smoke, the delivery in mainstream cigarette smoke, retention by filter, residue in combustion cone and distribution among different cigarette parts of crotonaldehyde were studied on a puff-by-puff basis by adjusting cigarette pyrolysis/distillation status via changing the air permeability of cigarette paper. The results showed that: 1)With the puffing going on, the crotonaldehyde delivery in mainstream cigarette smoke increased in general, whereas it did not obviously correlate to the residue of crotonaldehyde in combustion cone. 2)The rates of mainstream smoke transfer, filter retention, and residue in combustion cone of crotonaldehyde on a puff-by-puff basis were 36%-48%, 12%-34%, and 16%-27%, respectively. The adsorption rate of cut tobacco to crotonaldehyde was less than 13%. 3) There was no correlation between the puff-by-puff delivery of crotonaldehyde in mainstream cigarette smoke and the air permeability of cigarette paper.