1) Illiciaceae
八角科
1.
The LC-MS Characteristics of Chemical Constituents of Illiciaceae and a Semi-synthetsis of Merrilactone A;
八角科植物果皮化学成分的LC-MS图谱特征及merrilactone A的半合成条件优化
2.
Based on comparison of the leaf venation characters among the genera Illicium,Kadsura and Schisandra,the viewpoint of establishing the families Schisandraceae and Illiciaceae is supported.
通过与八角科叶脉的比较,支持建立五味子科与八角科的观点,认为五味子属的系统位置在南五味子属之后,并讨论了八角目的演化趋
2) Illiciaceae plant
八角科植物
1.
[Objective] The research aimed to study and fully exploit the ornamental value of Illiciaceae plants in landscape greening.
[目的]探讨充分利用八角科植物资源在园林绿化上的应用价值。
3) Illicium verum Hook.f
八角
1.
Study on Gas Chromatography-Mass Spectrometry Analysis of star aniseoil by supercritical CO_2 fluid Extraction from Illicium verum Hook.f.;
超临界CO_2萃取八角茴香油的GC-MS分析
2.
Optimization of Supercritical CO_2 Fluid Extraction and Subcritical CO_2 Fluid Extraction Experiment of Star Anise Oil by Orthogonal Experiments from Illicium verum Hook.f.;
正交实验优选八角茴香油的超/亚临界CO_2萃取工艺
3.
Main Cultivation and Management Measures of Illicium verum Hook.f.in Guangxi Province;
广西八角的主要栽培管理措施
4) aniseed
[英]['ænəsi:d] [美]['ænə'sid]
八角
1.
A new technique of shikimic acid distilled from aniseed;
八角有效成分莽草酸提取新工艺
2.
Bionomics of aniseed anthracnose pathogen;
八角炭疽病菌生物学特性的初步研究
3.
The method is applied to determine trace Mn in aniseed and milk powder samples with the accurate results.
9997,用该方法测定调味料八角和奶粉中的微量锰 ,测定结果的相对标准偏差为 0 。
5) Illicium verum
八角
1.
Study of climatic division approach for Illicium verum planting based on GIS in Guangxi;
基于GIS的广西八角种植气候区划
2.
Effect of Illicium verum Plantation Growth on Physical Characteristics Soil Moisture;
八角林生长对土壤水分-物理特性的影响
6) Illicium verum Hook f
八角
1.
Determination of shikimic acid in Illicium verum Hook F.by capillary zone electrophoresis;
毛细管区带电泳测定八角中莽草酸含量(英文)
2.
The chemical composition of supercritical CO 2 fluid extract of Illicium verum Hook f was studied by GC and GC MS technique 34 compounds identified cover 96 2% of the total peak area of substances appeared,and the result is compared with that of its steam distillat
采用GC和GC-MS技术对八角的超临界CO2流体萃取物的化学成分进行了研究,共鉴定出34种化合物,它们的含量占出峰物质总量的962%。
补充资料:八角枫科
八角枫科 Alangiaceae 双子叶植物纲的一科。乔木或灌木,单叶互生,花瓣线形,开花时花瓣的上段常反卷,香味很浓。花小,白色或黄绿色,整齐,两性,花萼小,萼管钟形与子房合生;萼片4~10,为齿状小裂片;花瓣 4~10,镊合状排列;花盘环状或褥状;雄蕊与花瓣同数而互生或为花瓣数目的2~4倍;子房下位,2室,每室具一胚珠。核果。仅有八角枫属1属,因其叶具八角而得名,事实上五裂或五角比较常见。本属有 30余种 ,分布于亚洲、大洋洲和中非洲东部。中国有9种,其中广西八角枫 、小花八角枫和云南八角枫分布区域很窄,为中国特产,其余6种都分布于中国及其邻近各国。
八角枫是药用植物,有清热解毒、活血散瘀的功效,根和树皮的药效最好。通常根叫白龙须,树皮叫白龙条。八角枫树皮纤维良好,又是造纸和人造棉的原料。八角枫科植物种子可榨油供工业用;木材轻软,可制造器具。 |
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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