Synthesis of terpinyl acetate from terpineol and acetic anhydride with solid superacid SO ~ 2 - _4 / TiO_ 2 - Ce ~ 4 + as catalyst had been studied for the first time .

并以该固体超强酸SO24-/TiO2-Ce4+为催化剂， 松 油醇和乙酸酐为原料合成乙酸松油酯。

Influence of the esterification agent and the solvent on the synthetic terpineol catalyzed with solid superacid SO_4 ~ ( 2 - ) / ZrO_2

酯化剂和溶剂对固体超强酸催化 水合 松 油醇的影响

The results obtained show that secondary octanol is a very effective frother for graphite flotation compared with terpineol .

结果表明：石墨浮选时，仲辛醇是一种优于 松 醇 油的高效起泡剂。

As compared with traditional distillation extraction the extracts of SFE had more terpineol alkane and nicotine .

与传统的蒸馏萃取法比较，超临界CO2流体萃取提取物中 含较多的 松油 醇、烷烃、烟碱等物质。

The principal constituents are terpineol 4 terpinene terpinene and 1 cineole .

其主要成分是 松油 醇 －4、α－松油烯、γ－松油烯、1，8－桉叶油素。

Terpineol was conveniently prepared by a new type solid acid catalyst without pollution .

研究了新型固体酸催化剂催化合成 松油 醇的新工艺。

Study on the Separation of Terpineol Mixture

松油 醇混合物的精制研究

The major products are terpineol and dipentene .

主要产物为 松 油醇和二戊烯。

The nanometer solid superacid SO ~ ( 2 - ) _4 / ZrO_2 was used as catalyst for acetylating of terpineol .

研究了纳米固体超强酸SO24/ZrO2催化 松 油醇乙酰化反应。

The hydrogenation of terpineol to dihydroterpineol catalyzed by Raney Nickel modified by potassium borohydride was studied .

研究了以硼氢化钾修饰的雷尼镍催化剂催化 松油醇加氢制备二氢松 油醇的反应。

Progress in the study on Catalysts for synthesis of terpineol

合成 松油 醇的催化剂研究进展

Study on preparing terpineol catalyzed by h - mordenite molecular sieve

丝光沸石分子筛催 化合 成 松 油醇的研究

Hydration reaction experiment of turpentine catalyzed by ZrO2 / SO4-was conducted to study the catalytic function of ZrO2 / SO4-and explore the optimum process conditions for synthesizing α - Terpineol .

通过用固体超强酸Zr02/SO4-为催化剂催化松节油水合反应的实验，从中考察了此固体催化剂的催化性能，研究了合成α- 松油 醇的最佳工艺条件。

Study of the Catalytic Hydration with Cation Exchange Resin to Terpineol

阳离子交换树脂催化水合 松 油醇的研究

A Study on Synthesis of α - Terpineol Catalyzed by A Solid Catalyst

一种 新型催化合成α- 松油 醇的固体催化剂研究

Study on components seperation and utilization of by products in terpineol production

松油 醇生产中 副产物 化学组成及分离利用的研究

Study on the chemical composition of by-product red oil in terpineol preparation

松油 醇制备中副产物红油化学组成的研究

CONCLUSION : Essential oils in Ephedra Sinica Stapf from Gansu Province do not contain 1 - α - terpineol .

结论：甘肃产人工栽培草麻黄挥发油化学成分不含有1α& 松 油醇。

Study on synthesizing terpineol from terpene hydrate by organic solid acid with liquid acid catalyst

固-液混合酸催化水合萜二醇合成 松油 醇的研究

A new synthetic method for optically active α - terpineol

光学活性α- 松油 醇的合成新方法

Thermodynamic analysis for systhesis of terpineol from α - pinene

α-蒎烯 水合 生成 松油 醇的热力学分析

α - terpineol was created by hydration reaction of limonene and linalool degradation while carvone was created by oxidation reaction of limonene . 2 .

新增α- 松油 醇是由柠檬烯的水合反应和芳樟醇的降解而共同累积，香芹酮则由柠檬烯在高压下发生氧化反应生成。

Among 71 identified compounds there were 21 hydrocarbons which were mainly limonene and γ - terpinene and 50 oxygenated compounds in representative of linalool α - terpineol thymol and aliphatic aldehydes .

在碳氢化合物中以柠烯、γ萜品烯为主要成分；而在含氧化合物中主要是沉香醇、α 萜 品 醇、百里酚以及一些脂肪族醛。

This paper examines the frothing behaviour of secondary octanol and terpineol and studies their efficiencies of floating scale graphites .

本文测定了仲辛醇和 松 醇 油的起泡性能， 实验研究了这两种药剂作鳞片石墨起泡 剂的浮选效果。

N this paper a method was established for determining heavy arene terpineol and trioctyl phosphate in hydrogen peroxide working solutions .

建立了气相色谱法测定双氧水工作液中重芳烃、 萜 松 醇和磷酸三辛酯的分析方法。

The lead free silver conducting pastes were prepared by using silver powder lead free low-melting glass and terpineol ethyl cellulose solution .

以银粉、低熔无铅玻璃和乙基纤维素 松油 醇溶液制备了无铅银导电浆料。

The one-step hydration of turpentine oil catalyzed by macroporous cation exchange resin to synthesize high purity α - terpineol was studied .

研究了以大孔阳离子交换树脂 作为催化剂的 松节油一步法水合反应。

It is very important to prepare the high - yield terpineol .

制备高收率的 松油 醇有着重要的意义。

Selection and design of stirring apparatus in terpineol hydration still

松油 醇水合反应釜搅拌装置的选择和设计

The synthesis of terpineol by the mixed catalyst of Teba and HPA

TEBA和HPA混合催化合成 松 油醇