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Study on Improving Thermal Conductivity of Heat-not Burning Cigarettes Special Reconstituted Tobacco
Received:November 03, 2021  
DOI:10.11980/j.issn.0254-508X.2022.01.008
Key Words:Heat-not Burning cigarette  roll-pressed tobacco  thermal conductivity  graphene
Author NameAffiliationPostcode
CHEN Yizhen China Tobacco Hubei Industrial Co.Ltd. Wuhan Hubei Province 430040
Hubei Xinye Reconstituted Tobacco Development Co. Ltd WuhanHubei Province 430056
Hubei Key Lab of Applied Research Institute of Reconstituted Tobacco Wuhan Hubei Province 430040 
430040
GAO Song China Tobacco Hubei Industrial Co.Ltd. Wuhan Hubei Province 430040
Hubei Xinye Reconstituted Tobacco Development Co. Ltd WuhanHubei Province 430056
Hubei Key Lab of Applied Research Institute of Reconstituted Tobacco Wuhan Hubei Province 430040 
430040
PENG Rui China Tobacco Hubei Industrial Co.Ltd. Wuhan Hubei Province 430040
Hubei Xinye Reconstituted Tobacco Development Co. Ltd WuhanHubei Province 430056
Hubei Key Lab of Applied Research Institute of Reconstituted Tobacco Wuhan Hubei Province 430040 
430040
YAN Qunshan* China Tobacco Hubei Industrial Co.Ltd. Wuhan Hubei Province 430040
Hubei Xinye Reconstituted Tobacco Development Co. Ltd WuhanHubei Province 430056
Hubei Key Lab of Applied Research Institute of Reconstituted Tobacco Wuhan Hubei Province 430040 
430040
WEI Pei China Tobacco Hubei Industrial Co.Ltd. Wuhan Hubei Province 430040
Hubei Xinye Reconstituted Tobacco Development Co. Ltd WuhanHubei Province 430056
Hubei Key Lab of Applied Research Institute of Reconstituted Tobacco Wuhan Hubei Province 430040 
430040
WU Shubin State Key Lab of Pulp and Paper Engineering South China University of Technology Guangzhou Guangdong Prooince 510640 510640
SHU Hao China Tobacco Hubei Industrial Co.Ltd. Wuhan Hubei Province 430040
Hubei Xinye Reconstituted Tobacco Development Co. Ltd WuhanHubei Province 430056
Hubei Key Lab of Applied Research Institute of Reconstituted Tobacco Wuhan Hubei Province 430040 
430040
WANG Ziwei China Tobacco Hubei Industrial Co.Ltd. Wuhan Hubei Province 430040
Hubei Xinye Reconstituted Tobacco Development Co. Ltd WuhanHubei Province 430056
Hubei Key Lab of Applied Research Institute of Reconstituted Tobacco Wuhan Hubei Province 430040 
430040
TONG Yuxing China Tobacco Hubei Industrial Co.Ltd. Wuhan Hubei Province 430040
Hubei Xinye Reconstituted Tobacco Development Co. Ltd WuhanHubei Province 430056
Hubei Key Lab of Applied Research Institute of Reconstituted Tobacco Wuhan Hubei Province 430040 
430040
LE Xi China Tobacco Hubei Industrial Co.Ltd. Wuhan Hubei Province 430040
Hubei Xinye Reconstituted Tobacco Development Co. Ltd WuhanHubei Province 430056
Hubei Key Lab of Applied Research Institute of Reconstituted Tobacco Wuhan Hubei Province 430040 
430040
LIU Zhichang China Tobacco Hubei Industrial Co.Ltd. Wuhan Hubei Province 430040
Hubei Xinye Reconstituted Tobacco Development Co. Ltd WuhanHubei Province 430056
Hubei Key Lab of Applied Research Institute of Reconstituted Tobacco Wuhan Hubei Province 430040 
430040
LIU Xiongbin China Tobacco Hubei Industrial Co.Ltd. Wuhan Hubei Province 430040
Hubei Xinye Reconstituted Tobacco Development Co. Ltd WuhanHubei Province 430056
Hubei Key Lab of Applied Research Institute of Reconstituted Tobacco Wuhan Hubei Province 430040 
430040
WAN Chao China Tobacco Hubei Industrial Co.Ltd. Wuhan Hubei Province 430040
Hubei Xinye Reconstituted Tobacco Development Co. Ltd WuhanHubei Province 430056
Hubei Key Lab of Applied Research Institute of Reconstituted Tobacco Wuhan Hubei Province 430040 
430040
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Abstract:The effect of adding four kinds of thermal conductivity agents, nanographene, carbon nanotube, nano alumina and silicon carbide, on the thermal conductivity of the tobacco was investigated. The results showed that the tobacco with nanographene had the best thermal conductivity. Compared with tobacco without thermal conductivity agents, the thermal conductivity increased by 95.39% when the content of nanographene was 3.2%. The effect of the nanographene content on the thermal conductivity of the tobacco under different water content conditions was further studied. The results showed that the thermal conductivity of tobacco increased with the increase of the nanographene content. When the nanographene content was 0.83%, the water content of tobacco was 13.67%, the thermal conductivity of tobacco increased more than 30%.
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