生物质化学工程
生物質化學工程
생물질화학공정
Biomass Chemical Engineering
2015年
6期
31-36
,共6页
安旆其%王海英%曹旭东%杜思琪%张璐
安旆其%王海英%曹旭東%杜思琪%張璐
안패기%왕해영%조욱동%두사기%장로
东北连翘%鲜花精油%同时蒸馏萃取%石油醚%正己烷%GC-MS分析
東北連翹%鮮花精油%同時蒸餾萃取%石油醚%正己烷%GC-MS分析
동북련교%선화정유%동시증류췌취%석유미%정기완%GC-MS분석
Forsythia mandschurica Uyeki%fresh flower essential oil%simultaneous distillation extraction%light petroleum%hexane%GC-MS analysis
采用同时蒸馏萃取( SDE)法提取东北连翘鲜花精油,气相色谱-质谱法( GC-MS)分析精油的化学组分,考察不同溶剂对结果的影响。结果表明,SDE石油醚萃取得到的东北连翘鲜花精油得率为0.69%,鉴定得到28种成分,GC含量最高的化合物为二十五烷(28.65%),其次是Z-9-二十三烯(27.82%)。 SDE正己烷萃取得到的东北连翘鲜花精油得率为0.81%,鉴定得到44种成分,GC 含量最高的化合物为 Z-9-二十三烯(47.16%),其他香料化合物如肉豆蔻醛(0.97%)、石竹烯(0.05%)等。两种精油的共有成分Z-9-二十三烯可用作家蝇性引诱剂。
採用同時蒸餾萃取( SDE)法提取東北連翹鮮花精油,氣相色譜-質譜法( GC-MS)分析精油的化學組分,攷察不同溶劑對結果的影響。結果錶明,SDE石油醚萃取得到的東北連翹鮮花精油得率為0.69%,鑒定得到28種成分,GC含量最高的化閤物為二十五烷(28.65%),其次是Z-9-二十三烯(27.82%)。 SDE正己烷萃取得到的東北連翹鮮花精油得率為0.81%,鑒定得到44種成分,GC 含量最高的化閤物為 Z-9-二十三烯(47.16%),其他香料化閤物如肉豆蔻醛(0.97%)、石竹烯(0.05%)等。兩種精油的共有成分Z-9-二十三烯可用作傢蠅性引誘劑。
채용동시증류췌취( SDE)법제취동북련교선화정유,기상색보-질보법( GC-MS)분석정유적화학조분,고찰불동용제대결과적영향。결과표명,SDE석유미췌취득도적동북련교선화정유득솔위0.69%,감정득도28충성분,GC함량최고적화합물위이십오완(28.65%),기차시Z-9-이십삼희(27.82%)。 SDE정기완췌취득도적동북련교선화정유득솔위0.81%,감정득도44충성분,GC 함량최고적화합물위 Z-9-이십삼희(47.16%),기타향료화합물여육두구철(0.97%)、석죽희(0.05%)등。량충정유적공유성분Z-9-이십삼희가용작가승성인유제。
Essential oils of Forsythia mandschurica Uyeki fresh flowers were extracted by simultaneous distillation extraction ( SDE) method. Chemical composition of essential oils were analysized by gas chromatography-mass spectrometry( GC-MS) . The effects of different solvents on the results were studied. The results showed that the yield of essential oil of F. mandschurica Uyeki fresh flower extracted by SDE light petroleum method was 0. 69%. 28 components were identified from it. The highest GC content compound was pentacosane (28. 65%), and the second was Z-9-tricosene (27. 82%). The yield of essential oil of F. mandschurica Uyeki fresh flower extracted by SDE hexane method was 0. 81%. 44 components were identified from it. The highest GC content compounds was Z-9-tricosene(47. 16%). The Z-9-tricosene was housefly sex attractant, and other aromatic compounds were myristic aldehyde(0. 97%), caryophyllene(0. 05%), etc.