中国烟草学报
中國煙草學報
중국연초학보
ACTA TABACARIA SINICA
2013年
5期
33-42
,共10页
汪显国%申晓锋%刘泽%侯英%邱昌桂%何邦华
汪顯國%申曉鋒%劉澤%侯英%邱昌桂%何邦華
왕현국%신효봉%류택%후영%구창계%하방화
主成分分析%加香%均匀性%烟丝%气相色谱-质谱
主成分分析%加香%均勻性%煙絲%氣相色譜-質譜
주성분분석%가향%균균성%연사%기상색보-질보
nitrogen fertilizer%phosphorus fertilizer%potassium fertilizer%flue-cured tobacco%total sugar%interaction effects
利用气相色谱质谱联用技术测定了“云烟”品牌卷烟烟丝中呋喃酮、异戊酸异戊酯、麦芽酚、薄荷醇、乙基麦芽酚和茴香脑等6种烟用加香特征化合物,利用主成分分析法对加香特征化合物的检测数据进行分析处理,按累积贡献率大于80%提取2个主成分,求得加香特征化合物的2个主成分得分及综合得分,测算出加香均匀性系数。将其应用于昆明卷烟厂制丝生产中2个批次样品的加香均匀性评价,并与单特征化合物加香均匀性评价相比较,结果表明,提出的方法是可行的,为加香均匀性评价探索了一种新的途径。
利用氣相色譜質譜聯用技術測定瞭“雲煙”品牌捲煙煙絲中呋喃酮、異戊痠異戊酯、麥芽酚、薄荷醇、乙基麥芽酚和茴香腦等6種煙用加香特徵化閤物,利用主成分分析法對加香特徵化閤物的檢測數據進行分析處理,按纍積貢獻率大于80%提取2箇主成分,求得加香特徵化閤物的2箇主成分得分及綜閤得分,測算齣加香均勻性繫數。將其應用于昆明捲煙廠製絲生產中2箇批次樣品的加香均勻性評價,併與單特徵化閤物加香均勻性評價相比較,結果錶明,提齣的方法是可行的,為加香均勻性評價探索瞭一種新的途徑。
이용기상색보질보련용기술측정료“운연”품패권연연사중부남동、이무산이무지、맥아분、박하순、을기맥아분화회향뇌등6충연용가향특정화합물,이용주성분분석법대가향특정화합물적검측수거진행분석처리,안루적공헌솔대우80%제취2개주성분,구득가향특정화합물적2개주성분득분급종합득분,측산출가향균균성계수。장기응용우곤명권연엄제사생산중2개비차양품적가향균균성평개,병여단특정화합물가향균균성평개상비교,결과표명,제출적방법시가행적,위가향균균성평개탐색료일충신적도경。
Pot experiments and field experiments with orthogonal regression design were performed to investigate interactive effects of N, P and K fertilizers on total sugar in flue-cured tobacco leaves. Single-factor analysis showed that total sugar content of tobacco leaves increased and then decreased steadily with increase of fertilization of phosphorus and potassium, and decreased steadily with increase of nitrogen fertilization in limited range of fertilization. Interaction analysis indicated that there existed a threshold value in interaction of nitrogen and phosphorus. When fertilization was lower than the threshold value, interaction between them was synergistic, otherwise it was antagonistic. The optimal amount in pot experiment from the optimized model was 7.5 g·pot-1 to10 g·pot-1 for N, 10 g·pot-1 to 20 g·pot-1 for P2O5, and 12.5 g·pot-1 to 25 g·pot-1 for K2O. The optimal amount in the field experiment from the optimized model was 52.5 kg·hm-2 to 78.75 kg·hm-2 for N, 105 kg·hm-2 to 157.5 kg·hm-2 for P2O5, and 131.25 kg·hm-2 to 262.5 kg·hm-2 for K2O, respectively.