桉叶油

桉叶油盐酸酸洗缓蚀剂的开发

Corrosion inhibitor development of eucalyptus oil for hydrochloric acid pickling

柠檬桉叶油对室内空气消毒效果的观察

Disinfection Efficacy of Lemon Eucalyptus Oil on Indoor Air

桉叶油是桉树（Eucalyptus）叶腺细胞所分泌出的芳香油，我国桉叶油生产开始于1958年。

Cineole is aromatic oil secreted from eucalyptus leaves gland cells . Cineole has been produced in China since 1958 .

利用气相色谱法（GC），以聚乙二醇（10%）涂布的高纯硅藻土（80/100目）为色谱柱载体，采用癸醇为内标，可同步测定糖果中薄荷醇、桉叶油的含量。

Abstarct : Menthol and Eucalyptus oil in confection products were determined simultaneously by gas liquid chromatography , with columns packed with 10 % carbowax ( polyethyleneglycols ) on 80 / 100 mesh diatomite with decanol as internal standard .

结果涂擦复方桉叶油素缓释驱避剂后，在14h内对蚊的驱避率为100%；

Results After spreading the repellent of muti formula cineol on skin , the repelling rate against mosquitoes was 100 % within 14 hours , and that against midges was 100 % within 10 hours .

云南栽培的材油兼用型桉树的桉叶油产油性能研究

Study on Oil Production Performance of Eucalyptus Cultivated in Yunnan Province

柠檬桉叶油的主要成分是香茅醛。

The main component of eucalyptus citriodora oil is citronellal .

用类脂液晶研究桉叶油的透皮促渗机理

Studies on the Mechanism of Eucalyptus Oil Enhancing Percutaneous Absorption

桉叶油及其β-环糊精包合物的体外抗菌作用研究

Antibiotic Effect Study of Lemon Eucalyptus Oil and Inclusion Compound

以柠檬桉叶油为主要原料经环化、催化氢化二步反应得到薄荷醇。

Menthol was obtained from lemon eucalyptus oil via cyclization and catalytic hydrogenation .

用苯乙酮作内标测定桉叶油中1,8-桉叶油素的研究

Research on Determination of 1,8-cineole in eucalyptus oil using acetophenone as internal standard

其主要成分是松油醇－4、α－松油烯、γ－松油烯、1，8－桉叶油素。

The principal constituents are terpineol 4 ,α terpinene ,γ terpinene and 1,8 cineole .

1，8-桉叶油素的提取与提纯

The Extraction and Purify of 1 , 8-cineole

目的观察桉叶油的体外杀螨效果。

Objective To observe the effect of oleum eucalypti in killing Demodex in vitro .

高纯1,8-桉叶油素的气相色谱分析

Gas chromatographic analysis of high purity 1,8-cineole

目的：介绍桉叶油透皮吸收促进剂研究进展。

OBJECTIVE : Introduce the development of the eucalyptus oil as a transdermal absorption enhancer .

桉叶油的化学成分

The chemical constituents of eucalyptus oil

综述了近年1，8-桉叶油素的研究进展，展望了桉叶油素提纯的研究方向和发展前景。

A review of the recent research progress on1,8-cineole is presented and discussed in this paper .

桉叶油挥发性成份的研究

Studies on the Volatile Components of the Essential Oil of the Leaves of Eucalyptus from Yunnan Province

在改性骨架镍催化剂上柠檬桉叶油选择加氢制备香茅醇

Making citronellol from Eucalyptus citriodora oil by means of selective hydrogenation in the presence of modified Raney Ni catalyst

乙醇汽油耐水性能的改进及桉叶油汽油的初步研究

Determination of resistance to petrol of films Improvement of the Water Resistance Properties of Gasohol and the Preliminary Study on Cineole Gasoline

结果3%桉叶油和薄荷油对奥沙普秦渗透性的促进作用强于10%丁香油。

RESULTS The transdermal enhancing effect of 3 % eucalyptus oil and 3 % menthene was superior to that of 10 % clove oil .

桉叶油是世界十大精油品种之一，具有十分广泛的用途。它被广泛的应用于医药工业、食品工业等行业。

Eucalyptus is one of ten essential oils , and it has been used widely in many fields , such as industry , pharmacy and spicery .

应用GC-MS-计算机联用技术分离鉴定出了其中44种化学成分，占总检出量的70.97%，其中主要成分为β-蒎烯（含量为24.35%）和桉叶油素（含量为18.05%）。

Results Forty-four compounds from the volatile oil were identified , accounting for 70.97 % of the total , including 24.35 % of β - pinene and 18.05 % of eucalyptol .

其中，如桂油、八角茴香、薄荷油、薄荷脑、桉叶油、松节油、柏木油等的产量已居世界前列或首位。

Some of them come first on the list in the world , such as cassia oil , star anise , peppermint oil , menthol , turpentine oil , eucalyptus oil and cedar wood oil etc.

对不同产地的小鱼仙草全草精油主要化学成分：香荆芥酚、百里香酚、β石竹烯、侧柏酮、异胡薄荷酮、1,8桉叶油素的含量进行对比分析。

Chemical constituents of Mosla dianthera Maxim essential oil were studied . Experimental results showed that its main constituents are : carvacrol , thymol , β - caryophyllene , thujone , 1,8-cineole , and isopulegone .

蓝桉叶油脚油中植物精油的研究

The Study on Essential Oil Extracted from Residue of Eucalyptus Globules Leaf Oil

水溶剂法提取蓝桉叶油脚油中的精油

Extraction Essential Oil from the Residue of Eucalyptus Globulus Leaf Oil by Water Solvent Distillation

本文针对蓝桉叶油脚油黏度大，所含精油组分沸点高，提取困难等问题，对蓝桉叶油脚油中精油的提取方法、精油组分的分析以及单一组分的分离进行研究。

This paper studies the methods of extracting essential oil from the residue of eucalyptus globules leaf oil in order to resolve the tough problems about high boiling point and high viscosity .