郑州轻工业学院学报(自然科学版)
鄭州輕工業學院學報(自然科學版)
정주경공업학원학보(자연과학판)
JOURNAL OF ZHENGZHOU INSTITUTE OF LIGHT INDUSTRY(NATURAL SCIENCE)
2014年
6期
1-4
,共4页
王根发%梁娅%张书伟%李强%陈伟%苗晨琳%胡丹丹%杨永峰%张峻松
王根髮%樑婭%張書偉%李彊%陳偉%苗晨琳%鬍丹丹%楊永峰%張峻鬆
왕근발%량아%장서위%리강%진위%묘신림%호단단%양영봉%장준송
浓香型烟叶%钾含量%分切区位%差异性分析
濃香型煙葉%鉀含量%分切區位%差異性分析
농향형연협%갑함량%분절구위%차이성분석
robust flavor style flue-cured tobacco leaf%potassium content%cutting location%differences analysis
以河南省三门峡卢氏浓香型的初烤烟叶为研究对象,进行10段分切后,研究了烟叶叶片不同区位的钾含量.结果表明:30个烟叶分切样品的钾含量在1.14%~2.39%之间,平均值为1.52%;同一片烟叶不同区位的钾含量差异性为极显著,从叶尖到叶基呈现增加的趋势;不同部位烟叶叶片钾含量存在显著差异:下部>中部>上部;各部位相对应的区位钾含量分布规律是:叶尖部分<叶中部分<叶基部分.根据这一认识,可通过聚类分析和类平均法合并小类的方法,以不同区位钾含量的差异性为评价指标,将浓香型烟叶叶片连续分为3段进行后续加工.
以河南省三門峽盧氏濃香型的初烤煙葉為研究對象,進行10段分切後,研究瞭煙葉葉片不同區位的鉀含量.結果錶明:30箇煙葉分切樣品的鉀含量在1.14%~2.39%之間,平均值為1.52%;同一片煙葉不同區位的鉀含量差異性為極顯著,從葉尖到葉基呈現增加的趨勢;不同部位煙葉葉片鉀含量存在顯著差異:下部>中部>上部;各部位相對應的區位鉀含量分佈規律是:葉尖部分<葉中部分<葉基部分.根據這一認識,可通過聚類分析和類平均法閤併小類的方法,以不同區位鉀含量的差異性為評價指標,將濃香型煙葉葉片連續分為3段進行後續加工.
이하남성삼문협로씨농향형적초고연협위연구대상,진행10단분절후,연구료연협협편불동구위적갑함량.결과표명:30개연협분절양품적갑함량재1.14%~2.39%지간,평균치위1.52%;동일편연협불동구위적갑함량차이성위겁현저,종협첨도협기정현증가적추세;불동부위연협협편갑함량존재현저차이:하부>중부>상부;각부위상대응적구위갑함량분포규률시:협첨부분<협중부분<협기부분.근거저일인식,가통과취류분석화류평균법합병소류적방법,이불동구위갑함량적차이성위평개지표,장농향형연협협편련속분위3단진행후속가공.
Using He′nan roast flavor style flue-cured tobacco leaf as research object,potassium content from different parts of tobacco leaf after cutting into 10 sections was studied.The results showed that the potassi-um content of 30 samples ranged from 1 .14% to 2.39%,which held an average value of 1 .52%.In terms of the same tobacco leaf,the potassium content of each section held significant differences,which showed an increasing trend from the tips of the leaf to the bases.The contents of potassium between differ-ent parts differed from each other obviously and showed a trend like lower>middle>upper.The distribu-tion of potassium content in same section of different parts tended to be:tip sections <middle sections <base sections.By the method of cluster analysis and group-average cluster analysis,roast flavor style flue-cured tobacco leaves were cut into three sections consecutively,which based on the differences of potassi-um content in different parts of tobacco leaves.