滤嘴通风率对加热卷烟气溶胶主要成分释放量的影响

TS411.1; 为研究滤嘴通风率对加热卷烟气溶胶主要成分释放量的影响,制备了不同滤嘴通风率及打孔位置的加热卷烟烟支,并测定了气溶胶中烟碱、水分和丙三醇的捕集量及滤嘴中的截留量.结果表明:①随滤嘴通风率增加,气溶胶烟碱、水分捕集量呈降低-升高(70%～75%滤嘴通风率时达到峰值)-降低的变化趋势;气溶胶丙三醇捕集量呈升高(70%滤嘴通风率时达到峰值)-降低的变化趋势.②随滤嘴通风率增加,滤嘴中烟碱、水分截留量呈降低-升高-降低或降低-升高的变化趋势,滤嘴通风率70%左右截留量最低;滤嘴中丙三醇截留量呈降低-稳定的变化趋势,在70%滤嘴通风率时截留量最低,且滤嘴中丙三醇截留量远大于气溶胶捕集量....

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Published in烟草科技 Vol. 56; no. 8; pp. 54 - 62
Main Authors 张博, 杜文, 王志国, 宋时浩, 王吉利, 孙志伟, 王威
Format Journal Article
LanguageChinese
Published 湖南中烟工业有限责任公司技术研发中心,长沙市雨花区劳动中路386号 410007%青岛颐中科技有限公司,青岛市市北区沾化路3号 266011 01.08.2023
Subjects
滤嘴通风率
Aerosol
Moisture
Glycerol
释放量
Perforation location
打孔位置
加热卷烟
Heated tobacco product
气溶胶
丙三醇
烟碱
Release
水分
Filter ventilation rate
Nicotine
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Abstract TS411.1; 为研究滤嘴通风率对加热卷烟气溶胶主要成分释放量的影响,制备了不同滤嘴通风率及打孔位置的加热卷烟烟支,并测定了气溶胶中烟碱、水分和丙三醇的捕集量及滤嘴中的截留量.结果表明:①随滤嘴通风率增加,气溶胶烟碱、水分捕集量呈降低-升高(70%～75%滤嘴通风率时达到峰值)-降低的变化趋势;气溶胶丙三醇捕集量呈升高(70%滤嘴通风率时达到峰值)-降低的变化趋势.②随滤嘴通风率增加,滤嘴中烟碱、水分截留量呈降低-升高-降低或降低-升高的变化趋势,滤嘴通风率70%左右截留量最低;滤嘴中丙三醇截留量呈降低-稳定的变化趋势,在70%滤嘴通风率时截留量最低,且滤嘴中丙三醇截留量远大于气溶胶捕集量.③流经烟丝段气流体积约为11 mL时(80%滤嘴通风率),单位气流体积中主要成分捕集量较高;流经烟丝段气流体积约为16.5 mL时(70%滤嘴通风率),单位气流体积中主要成分截留量较低.④打孔位置远离唇端有利于增加气溶胶主要成分的捕集量,同时有利于降低滤嘴中主要成分的截留量.⑤滤嘴通风率、打孔位置对气溶胶主要成分捕集量均有显著影响,且两者间存在显著交互效应;滤嘴通风率对气溶胶中主要成分捕集量的影响程度大于打孔位置.
AbstractList TS411.1; 为研究滤嘴通风率对加热卷烟气溶胶主要成分释放量的影响,制备了不同滤嘴通风率及打孔位置的加热卷烟烟支,并测定了气溶胶中烟碱、水分和丙三醇的捕集量及滤嘴中的截留量.结果表明:①随滤嘴通风率增加,气溶胶烟碱、水分捕集量呈降低-升高(70%～75%滤嘴通风率时达到峰值)-降低的变化趋势;气溶胶丙三醇捕集量呈升高(70%滤嘴通风率时达到峰值)-降低的变化趋势.②随滤嘴通风率增加,滤嘴中烟碱、水分截留量呈降低-升高-降低或降低-升高的变化趋势,滤嘴通风率70%左右截留量最低;滤嘴中丙三醇截留量呈降低-稳定的变化趋势,在70%滤嘴通风率时截留量最低,且滤嘴中丙三醇截留量远大于气溶胶捕集量.③流经烟丝段气流体积约为11 mL时(80%滤嘴通风率),单位气流体积中主要成分捕集量较高;流经烟丝段气流体积约为16.5 mL时(70%滤嘴通风率),单位气流体积中主要成分截留量较低.④打孔位置远离唇端有利于增加气溶胶主要成分的捕集量,同时有利于降低滤嘴中主要成分的截留量.⑤滤嘴通风率、打孔位置对气溶胶主要成分捕集量均有显著影响,且两者间存在显著交互效应;滤嘴通风率对气溶胶中主要成分捕集量的影响程度大于打孔位置.
Author 张博
孙志伟
杜文
王吉利
王威
宋时浩
王志国
AuthorAffiliation 湖南中烟工业有限责任公司技术研发中心,长沙市雨花区劳动中路386号 410007%青岛颐中科技有限公司,青岛市市北区沾化路3号 266011
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Author_FL ZHANG Bo
WANG Zhiguo
WANG Wei
DU Wen
WANG Jili
SONG Shihao
SUN Zhiwei
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Keywords 滤嘴通风率
Aerosol
Moisture
Glycerol
释放量
Perforation location
打孔位置
加热卷烟
Heated tobacco product
气溶胶
丙三醇
烟碱
Release
水分
Filter ventilation rate
Nicotine
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Publisher 湖南中烟工业有限责任公司技术研发中心,长沙市雨花区劳动中路386号 410007%青岛颐中科技有限公司,青岛市市北区沾化路3号 266011
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Title 滤嘴通风率对加热卷烟气溶胶主要成分释放量的影响
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