1) alpha-Terpineol
alpha-松油醇
2) 4-terpineol
4-松油醇
3) α-Terpineol
α-松油醇
1.
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
2.
Reserach and Development on Synthesis of Series Fine Chemicals from Rosin and Turpentine(I) Preparation of Dihydro-α-terpineol by Catalytic Hydrogenation of α-Terpineol;
松节油和松香催化深度加工合成系列精细化工产品的研究与开发──（I）α－松油醇催化加氢制二氢α－松油醇
3.
Two kinds of natural clinoptilolite from Yunnan were used as catalysts in the hydration of α-pinene． Relation between reaction activity and catalyst acidity was studied by using temperature programmed desorption（TPD）． Effects of reaction temperature， reaction time and amounts of catalysts on the hydration of α-pinene are discussed，α-Terpineol is the main hydration product
用两种云南产天然斜发沸石催化α-蒎烯的水合反应，采用程序升温脱附法研究了催化活性与催化剂酸性质间的关系；讨论了反应温度、反应时间及催化剂用量对水合反应的影响，生产物为α-松油醇。
4) terpineol
[英][tə:'piniəul] [美][tɝ'pɪnɪol]
松油醇
1.
Oxidation resistance of Cu-Ag composite nanoparticles coated with terpineol molecules;
松油醇包覆Cu-Ag复合纳米粉的氧化特性
2.
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
3.
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
5) terpeneol
松油醇
1.
This paper studies on the synthetise of terpeneol through terpine hydrate from turpentine.
研究了以松节油为原料，经水合萜二醇合成松油醇的生产工艺，探讨了主要生产设备类型及反应中影响得率的主要因素，确定了水合、脱水反应的最佳工艺参数。
6) αTerpineol
α-松油醇
1.
The kinetics of parallel and consecutive network reaction in the “liquidliquidsolid” threephase catalytic hydration of αpinene on porous sulphonic acid resin DSA1 by dioxane as solvent was studied for preparation of αterpineol.
研究了以二氧六环作溶剂时α－蒎烯在ＤＳＡ－１固体酸催化剂上“液－液－固”三相水合制α－松油醇中并行和串行网联的复杂反应动力学。
补充资料：alpha-松油醇
分子式：C10H18O
分子量：154.25
CAS号：98-55-5
性质：密度0.936。熔点31-34°C。沸点214-224°C。折射率1.482-1.485。闪点90°C。水溶性negligible。
分子量：154.25
CAS号：98-55-5
性质：密度0.936。熔点31-34°C。沸点214-224°C。折射率1.482-1.485。闪点90°C。水溶性negligible。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条