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Composition of Trans-anethol and Other Aromatic Volatiles in Anisated Alcoholic Beverages by Head-Space GC-MS Chromatography
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作者 Marie Gerogiannaki Theophilos Masouras 《Journal of Environmental Science and Engineering(A)》 2015年第1期36-39,共4页
Aniseed distillates, like ouzo in Greece, raki in Turkey, pastis in France, and arak in Syria, are very popular in Mediterranean countries. This flavoured alcoholic beverage is produced by extraction and distillation ... Aniseed distillates, like ouzo in Greece, raki in Turkey, pastis in France, and arak in Syria, are very popular in Mediterranean countries. This flavoured alcoholic beverage is produced by extraction and distillation of fermented grape pomaces with herbal seeds from aromatic plants like Pimpinella anisum L., Foeniculum vulgate, Illicium verum and other plants which are also characterized by the presence of congeners which arise during fermentation process. Trans-anethol and its isomer cis-anethol are the main volatiles and are responsible for aroma properties of these traditional aniseed distillates. The aim of this research work was to find the concentration of special aromatic agent, trans-anethol and cis-anethol and also the major aromatic substances which are responsible for the aromatic quality. The majority of their identified components are isolated by extraction and distillation from different commercial brands and homemade samples. The constituents were identified by GC-MS (gas chromatography-mass spectometry) in this traditional spirit. The major constituents in distilled ouzo extract were also trans-anethol. 展开更多
关键词 Trans-anethol anis distillates ouzo.
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Ouzo液滴的声悬浮动力学研究 被引量:1
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作者 冯乙婷 姬晓亮 +2 位作者 张永建 Muhammad Muntazir Mehdi 臧渡洋 《中国科学:物理学、力学、天文学》 CSCD 北大核心 2021年第5期147-156,共10页
Ouzo效应是一种自发乳化现象,被广泛应用于化工、生物医药以及新材料制备等多个领域.为探究声场和无容器条件对Ouzo效应的影响机制,本文将Ouzo转变与声悬浮过程相结合,通过蒸发和液滴凝并两种不同的方式引发声悬浮液滴中的Ouzo效应,对... Ouzo效应是一种自发乳化现象,被广泛应用于化工、生物医药以及新材料制备等多个领域.为探究声场和无容器条件对Ouzo效应的影响机制,本文将Ouzo转变与声悬浮过程相结合,通过蒸发和液滴凝并两种不同的方式引发声悬浮液滴中的Ouzo效应,对比研究玻璃基底和声悬浮无容器条件下的Ouzo效应及其动力学过程.研究发现,液滴的蒸发会诱发Ouzo相变与微滴形核,微液滴的长大过程主要由扩散主导.声悬浮条件下,液滴的凝并会引发Ouzo转变并形成两端不对称的奇异液滴,这是液滴内部声场流动和声辐射压力的共同作用导致,表明声悬浮液滴的内部流动对Ouzo转变具有显著影响.这项工作为发展无容器条件下的乳化反应技术及相关材料制备提供了重要借鉴. 展开更多
关键词 ouzo效应 声悬浮 液滴 蒸发 凝并
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