CAJ | 학술논문

模拟卷烟纸及卷烟纸助剂燃烧、热裂解环境和条件,采用PY-GC-MS联机分析方法和卷烟感官评吸方法,进行L-组氨酸、葡萄糖及L-组氨酸和葡萄糖混料的热解产物对比分析及应用评价,结果表明:①在200,500,700 ℃ 热解温度条件下,L-组氨酸和葡萄糖混料能够产生大量杂环类致香物质,热解反应产物种类数量明显多于L-组氨酸和葡萄糖热解产物种类之和;②L-组氨酸和葡萄糖混料热解反应温度低于L-组氨酸和葡萄糖,且在 200 ℃时就能够发生较为复杂的热解反应;③L-组氨酸和葡萄糖混料能够有效地提高卷烟纸的抽吸品质,增加卷烟香气的丰富性.
모의권연지급권연지조제연소、열렬해배경화조건,채용PY-GC-MS련궤분석방법화권연감관평흡방법,진행L-조안산、포도당급L-조안산화포도당혼료적열해산물대비분석급응용평개,결과표명:①재200,500,700 ℃ 열해온도조건하,L-조안산화포도당혼료능구산생대량잡배류치향물질,열해반응산물충류수량명현다우L-조안산화포도당열해산물충류지화;②L-조안산화포도당혼료열해반응온도저우L-조안산화포도당,차재 200 ℃시취능구발생교위복잡적열해반응;③L-조안산화포도당혼료능구유효지제고권연지적추흡품질,증가권연향기적봉부성.
L-Histidine,glucose and their admixture have been pyrolyzed under simultaneous conditions usually adopted in pyrolysis and combustion tests of cigarette paper and its additives,and their applications have been evaluated by analyzing their pyrolytic products using PY-GC-MS series and smoke panel test.The results disclosed that plentiful kinds of heterocyclic aromatic compounds could be generated from the admixture samples at 200,500,700 ℃,which obviously,are much more than the sum of those from L-histidine and glucose separately.In addition,compared to L-histidine and glucose,the pyrolytic temperature of admixture samples were lower,and complicated pyrolytic reactions happened at 200 ℃.What's more,according to the smoke panel test,the combination samples improved cigarette smoking quality efficiently and enriched its fragrance.