烟草科技2018，Vol.51Issue(3)：72-77,6.
基于TDLAS技术测量卷烟燃吸逐口耗氧量
Determination of puff-by-puff oxygen consumption during smoking based on TDLAS technology
摘要
Abstract
In order to detect the oxygen consumption during cigarette smoking, a detection system was developed by incorporating tunable diode laser absorption spectroscopy (TDLAS) technology coupled with a modified single port smoking machine. The results showed that within the oxygen concentration range of 2%-30%, the peak value of its secondary harmonic signal intensity presented good linearity (R2=0.999 1). The system showed higher detection precision (<3%) and less affected by temperature, the puff-by-puff detection sensitivity was of 0.004 a.u/(0.058%); intra-day RSD (0.145%) and inter-day RSD (0.26%) were smaller. The puff-by-puff oxygen consumption of reference cigarette (3R4F) was determined, the results indicated that the oxygen consumption during smoking positively correlated to puff number. The developed detection system features simple structure, short detection time and high time resolution, and has good application prospects for researching cigarette's combustion state and its relationships with cigarette smoke.关键词
可调谐激光二极管吸收光谱/卷烟/耗氧量/逐口抽吸Key words
TDLAS/Cigarette/Oxygen consumption/Puff-by-puff smoking分类
轻工纺织引用本文复制引用
邓楠,李斌,邢昆明,张明建,王乐,张柯,计敏,李志刚,王安,刘勇..基于TDLAS技术测量卷烟燃吸逐口耗氧量[J].烟草科技,2018,51(3):72-77,6.基金项目
中国烟草总公司郑州烟草研究院院长基金项目"卷烟燃吸过程中CO/CO2高时间分辨释放特征分析及应用"(252015CA0210). （252015CA0210）
