留兰香

liú lán xiāng
  • spearmint;Mentha spicata;Mentha viridis
留兰香留兰香
留兰香 [liú lán xiāng]
  • [spearmint] 一种普通庭园薄荷,广泛栽培用于香料,特指它的芳香油

留兰香[liú lán xiāng]
  1. 对安徽留兰香产业兴衰的思考

    Consideration of Boom and Failure in Spearmint Industry of Anhui China

  2. 红壤侵蚀荒坡地种植留兰香技术及效益分析

    Technique of Planting Spearmint on Eroded Red Soil Slope Wasteland and Benefit Analysis

  3. 在比赛之前,他会涂抹BathandBodyWorks牌的桉树及留兰香香型的压力舒缓身体乳。

    Before games , he applies Bath and Body Works Stress Relief eucalyptus-and-spearmint-scented body lotion .

  4. 留兰香玻璃苗愈伤组织化再生正常植株

    Plantlet Regeneration from Callus De-differentiation of Vitreous Shoot of Mentha spicata

  5. 一种变种留兰香精油化学成分的研究

    Studies on Chemical Components of the Essential Oil from Mentha spicata

  6. 留兰香活性部位化学成分的研究Ⅲ

    Study of chemical constituents in active parts of Mentha spicata ⅲ

  7. 心叶留兰香的挥发油成分

    The chemical components in the essential oils from mentha cordifolia

  8. 8种留兰香栽培在同一条件下。

    Those spearmints were cultivated under same conditions .

  9. 他弯下身去望着沿墙稀稀疏疏地长着的一排留兰香。

    He bent down to regard a lean file of spearmint growing by the wall .

  10. 留兰香病毒病的两种新病原

    Two new virus diseases found on spearmint

  11. 没人听说过留兰香的世界真让人痛心

    It pains me we live in a world ... where nobody 's heard of Spearmint .

  12. 本文叙述了留兰香新品种《85-1》的选育过程。

    This paper describes the selection and breeding process of new variety of spearmint " 85-1 " .

  13. 目的:找出鉴定薄荷和留兰香的最佳方法。

    Objective : to find out the best method to distinguish Herba Menthae from Herba Menthae Spicatae .

  14. 采用分光光度法测定了薄荷和留兰香乙醇提取物的总酚和总黄酮含量。

    Total phenols , total flavonoids of ethanol extracts of M. haplocalyx and M. spicata were determined by spectrophotometry .

  15. 如果您喜欢留兰香型的,您可以买蓝天牌牙膏。

    If you like the scent of spearmint , you may take the " Blue Sky " tooth paste .

  16. 方法:利用药材来源、药材性状、显微特征、理化鉴别等鉴别方法对薄荷和留兰香进行对比鉴别。

    Method : making comparison by their origins , shapes and properties , microscopic characters and physical and chemical tests .

  17. 本文报道了十二种植物外植体的器官发生及其试管繁殖,其中包括从留兰香、丝瓜、松叶菊、倒挂金钟、菠萝、草莓、豌豆的茎尖或茎段分化出芽;

    This article reports experiments in inducing organogenesis from tissue explants of twelve different plants , and their clonal propagation in vitro .

  18. 其他产品有薄荷,留兰香,竹子,中草药,苹果,梨,桃子,枇杷,银杏。

    Other products include peppermint , spearmint , bamboo , medicinal herbs , apples , pears , peaches , loquats , ginkgo .

  19. 总结了红壤侵蚀荒坡地种植留兰香的主要技术措施,并对其生态、经济效益进行了分析评价。

    The paper summarizes most technical measures for planting spearmint on eroded red soil slope wasteland , and analyzed its ecological and economic effects .

  20. 一种产于欧亚大陆的一种芳香植物(留兰香),开串状淡紫色小花,广泛用于能增添香味的油。

    An aromatic Eurasian plant ( Mentha spicata ) having clusters of small purplish flowers and yielding an oil used widely as a flavoring .

  21. 结论:化合物Ⅰ,Ⅱ为首次从薄荷属植物中分离得到,化合物Ⅲ,Ⅳ,Ⅴ为留兰香中首次分离得到。

    Conclusion : Compound ⅰ and ⅱ were first isolated from the genus Mentha . Compound ⅲ,ⅳ and ⅴ were isolated from M.spicata for the first time .

  22. 喷施叶面肥能增强留兰香叶片活力,增加叶片叶绿素总体含量,减缓脱落,进而提高产量和出油率。

    Foliar spraying can enhance the vitality of spearmint leaves , and Increase in the overall content of chlorophyll , And slow the loss , Furthermore , to improve Biomass and Essential oil yield .

  23. 留兰香茎叶氮钾含量在生长前期较高,至6月15日氮钾含量基本稳定,磷含量则先升后降。

    The N and P content of Stems and leaves are high levels In the growth stage , Nitrogen and potassium will be stable To June 15 , However , the P content will first then decreased . 4 .

  24. 此方法应用于高维留兰香模式的属性筛选与模式分类,效果良好,明显优于其它方法。

    Finally , the problem of attribute selection and patterns classification of spearmint essence are employed to verify the validity of this method , the result shows that the method is superior to other methods obviously , and the method is also useful in chemical data mining .