Thymol

Methyl thymol blue ternary complex spectrophotometric determination of Microamount cadmium in air

甲基百里香酚蓝三元络合物光度法测定空气中的微量镉

A STUDY OF THE RHODAMINE B FIBRE-OPTIC Thymol Blue Fiber Optic Acidity Sensor

罗丹明B光纤酸度传感器的研究百里香酚蓝光导纤维酸度传感器的研制

OBJECTIVE To determine the content of Thymol Alcoholic solution .

目的：测定麝香草酚醇溶液的含量。

Affections of thymol on the analysis of acid rain sample

百里酚对酸雨样品分析的影响

200 Cases Therapeutic Observation of Herpangina Treated with Compound Thymol Injection

复方麝香注射液治疗疱疹性咽峡炎200例疗效观察

The influence factors research to the determination of low concentration chlorine dioxide in water by thymol blue spectrophotometry

百里香酚兰示差光度法测定水中低浓度二氧化氯影响因素的研究

Determination of erythromycin ethylsuccinate in tablets by spectrophotometry based on thymol blue charge transfer reaction

百里酚蓝荷移分光光度法测定药片中琥乙红霉素含量

Simultaneous Determination of Three Ingredients in Menthol and Thymol Liniment by HPLC

HPLC法测定薄荷麝香草酚搽剂中3种主药的含量

The sample treatment for propofol involved a simple protein precipitation with methanol , and thymol worked as internal standard .

以麝香草酚为内标，血清样品用甲醇沉淀蛋白后取上清液进样分析。

Thymol Blue-Methylene blue mixed indicator quantitative analytic method on cationic surfactant of quaternary ammonium salt

用百里酚蓝-亚甲蓝混合指示剂测定季胺盐型阳离子表面活性剂

The result of this method is consistent with the colorimetry which uses methyl thymol blue as reagent .

本法结果与用甲基麝香草酚蓝为试剂的比色法一致。

Study on Synthesis of Menthol from Thymol and Turpentine

百里酚与松节油合成薄荷醇反应的研究

A Mixed Indicator of Thymol Blue-Methylene Blue for determination of Anionic Surfactants

用百里酚蓝-次甲基蓝混合指示剂测定阴离子表面活性剂

Photometric Determination of Beryllium with Methyl Thymol Blue

铍的甲基百里酚蓝光度测定法

Determination of ammonia based on the reaction with Chloramine-T and Thymol to give a color compound in an alkaline solution .

在氯胺T存在和碱性条件下，百里酚和氨生成稳定的水溶性有色化合物。

In Vitro Antibacterial Effects of Thymol and Carvacrol on Dysentery Bacteria and Common Bacteria Causing Enteritis

麝香草酚和香荆芥酚对痢疾杆菌和肠炎常见菌的体外抗菌效应

CONCLUSION The method can be used for the determination of thymol and salicylic acide in complex thymol spirit .

结论该方法可用于复方麝香草酚醑中2种主要成分的含量测定。

Using the mixture of cresol red and thymol blue as the indicator in determining lead wiht dithizone

甲酚红&百里酚蓝混合指示剂在铅测定中的应用

Polarographic Behavior of Rare Earth-Methyl Thymol Blue Complexes

稀土&甲基百里酚蓝配合物的极谱研究

Conclusion : Thymol and carvacrol are main compositions of the volatile oil in Origanum vulgare .

结论：牛至挥发油中的主要成分为百里香酚和香荆芥酚。

The Anionic Dye Thymol Blue React with Nucleic Acids and Determination of Nano-Gram Nucleic Acids by the Resonance Light Scattering Method

阴离子染料百里酚蓝与纳克级核酸的共振光散射光谱特性及其分析应用

Mites in Houses from Fujian Province and the Toxicity of Thymol to Rhizoglyphus Echinopus

福建房屋螨类调查及百里酚对刺足根螨的毒力实验

HPLC method was established for determination of phenol , camphor and thymolum in Menthol and Thymol Liniment .

建立测定薄荷麝香草酚搽剂中苯酚、樟脑和麝香草酚含量的高效液相色谱法。

A Comparision between the Spectrophotometric Methods to Determine NO_3 ~ ( - ) - N by Thymol and phenol Disulfonic Acid

麝香草酚和二磺酸酚分光光度法测定NO3~&N的比较

It is difficult to determine the mixtures of phenol , m-cresol and thymol directly by routine analytical method since their fluorescent spectra are overlapped closely .

苯酚、间甲酚和百里酚由于光谱重叠严重，用常规的分析法较难直接检测。

Study on the synthesis of thymol and menthol were introduced . Recent advances in synthesis of thymol , focusing on the application of solid catalyst were reviewed mainly .

本文介绍了百里香酚和薄荷醇的研究现状，重点介绍了固体催化剂在合成中的应用。

Simultaneous determination of two components in complex thymol spirit by HPLC OBJECTIVE To develop a method for the determination of thymol and salicylic acid in complex thymol spirit .

HPLC测定复方麝香草酚醑中2组分的含量目的建立同时测定复方麝香草酚醑中麝香草酚和水杨酸含量的方法。

All of the strains examined have resistance to Sodium desoxycholate , Congo red , Bengal red , Methyl orange and Thymol blue .

全部供试菌对去氧胆酸钠、刚果红、孟加拉红、甲基橙和百里香酚兰的耐受性较强；

Methods The propofol in blood was extracted with cyclohexane , and thymol was used as the internal standard , determining the concentration of propofol by HPLC fluorescence detector .

方法用环己烷提取全血中的丙泊酚，以百里酚为内标定量，用HPLC荧光检测器测定丙泊酚含量。

In the condition of concentrated Acid , thymol and No_3 ~ - results in nitrate . While in alkaline condition the molecules are rearranged and results in yellow compound .

在强酸性条件下，麝香草酚与NO3~-生成硝基酚，碱性条件下发生分子重排生成黄色化合物。