茴香醛

通过薄板层析、红外、GC／MS分析，得知这种物质为脂肽类物质。气相色谱法测定邻茴香醛

GC / MS . GC Analysis of O - Anisaldehyde

目的：研究小茴香提取物及主要成分茴香醛、茴香脑等对5氟脲嘧啶（5Fu）的促渗作用。

Objective : To study the effect of volatile oils from Foeniculum Vulgare Mill , anisaldehyde , anethole and water extracts on the percutaneous penetration of 5 fluorouracil .

在此条件下，从大茴香醛肟到大茴香腈的最高收率达90.7%，并用IR表征了产物的结构。

Under these conditions , the highest yield of anisonitrile from aldoxime was up to 90.7 % , and the product anisonitrile was characterized by IR .

本文叙述了以天然茴油为原料用MnO2-H2SO4氧化法进行氧化制备大茴香醛的改进方法。

A modified method of the preparation of anisaldehyde through oxidation of anethol in the presence of MnO_2-H_2SO_4 with natural star aniseed oil as the starting material is stated .

可膨胀石墨催化合成季戊四醇双缩茴香醛

The Synthesis of Diacetals from Aldehydes with Pentaerythritol Catalysed by Expandable Graphite

两相系统中生物转化茴脑生成茴香醛

Biotransformation of Anethole to Anisaldehyde in Aqueous-organic Solvents Biphasic Systems

二氧化锰氧化茴脑制备茴香醛的工艺研究

Preparation of Anisaldehyde from Oxidation of Anethole by Manganese Dioxide

气相色谱法测定邻茴香醛介绍了气相色谱与气味测定联用技术（GC/O）。

GC Analysis of O - Anisaldehyde GC / Olfactometry system was described .

电化学氧化法合成茴香醛（Ⅱ）

Synthesis of Anisaldehyde by Electrooxidation (ⅱ)

大茴香醛的合成研究

Study on Synthesis of Anisaldehyde

5%茴香醛酊治疗浅部真菌病治愈率达74.26%。

5 % anisaldehyde tincture was applied to the patients . with dermatophytosis , the cure rate was 74 . 26 % .

茴香醛是一种用途较广的有机中间体，应用于医药、化妆品、食品和材料等。

Anisaldehyde , as one of the most important chemical material or organic intermediates , was widely applied to medicine , cosmetics , food .

提出了碱性电镀光亮锌镍合金的最佳镀液组成和工艺规范，并对茴香醛、四乙烯五胺和ZN&A5添加剂的吸附行为及其对锌镍电沉积过程的阻化作用进行了探讨。

Adsorption behaviour of anisic aldehyde . tetren and ZN-A5 additive as well as their inhibition effects on the electrodeposition process have been discussed .

桂皮、八角和小茴香对鸭肉挥发性影响较大，主要是茴香醛、桂皮醛和茴香脑加入鸭肉中较多。

Cassia , aniseed and cumin had great effect on the volatiles of the duck , the most compounds the duck absorbed were anisic aldehyde , cinnamal and anethole .

茴香醛是一种重要的有机中间体，它具有持久的山楂香气和较强的抗氧化性能，广泛应用于食品、医药及日用化学工业。

Anisaldehyde is an important organic intermediates , it has a lasting aroma of hawthorn and strong antioxidant properties , widely used in food , medicine and daily chemical industries .

本文参阅近30多年来发表的100多篇文献，详尽地论述了茴香醛的利用前景和研究动态。

In this paper , a comprehensive review was given on the reasearch aspect of synthesis and prospective utilization of anisaldehyde based on the citation of more than 100 references over recent thirty years .

目前茴香醛产品主要是通过化学法制备，存在严重弊端，新开发的电氧化工艺和臭氧化工艺，虽在环境问题上得到了极大改善，但反应条件苛刻、设备要求高，工业化困难。

Currently anisaldehyde products mostly prepared by chemical , has serious drawbacks . The newly developed electro-oxidation process and ozonation process , although in environmental issues has been greatly improved , but harsh reaction conditions , equipment for high , industrial difficulties .

分子蒸馏八角茴香油微波催化氧化茴香脑制备茴香醛

Molecular Distillation of Star Anise Oil and Catalytic Oxidation of Anethole to Anisaldehyde in Microwave

八角茴香油与臭氧反应6h，反应已基本完全（95%），茴香醛含量54.48（GC%）；再延长反应时间，茴香醛产量反而下降。

The reaction of star anise oil with ozone completed 95 % after six hours reaction , and obtained 54 48 ( GC % ) of anisaldehyde which decreased with reaction time being longer .

本文主要研究了以茴香脑为原料，用Ce~（4+）/Ce~（3+）作为氧化还原媒质，间接电化学氧化合成茴香醛。

The indirect electrochemical oxidation of anethole to anisaldehyde with Ce ~ ( 4 + ) / Ce ~ ( 3 + ) as redox mediator system was studied in this thesis .