1) myrtenol
桃金娘烯醇
1.
Studies on the Catalytic Synthesis and Selective Oxidation of Myrtenol;
桃金娘烯醇的催化合成及其选择性氧化反应研究
2.
It is discovered that perilly alcohol can be obtained in a high selectivity by NH_4NO_3 which is absorbed on silica gel in CH_3NO_2,but myrtenol was obtained as the main product catalyzed by NH_4NO_3 in CHCl_3 and CCl_3CH_3.
实验结果表明:用硅胶吸附的硝酸铵具有较好的活性,强极性的硝基甲烷溶剂中对于紫苏醇的选择性最好,而弱极性的氯仿和1,1,1-三氯乙烷则有利于桃金娘烯醇的生成。
3.
Perillaldehyde is synthesized by oxidation and isomerization of myrtenol on the catalytic action; Better catalyst is selected; Effect of temperature, vacuum, feed speed and quantity of oxygen on the reaction are investigated; Purifying method of product is probed; Yield>48%; Experiment proved this synthesis process is simple and easy to industrialization.
桃金娘烯醇在催化剂的作用下,氧化异构化生成紫苏醛。
2) (-)-Myrtenol
(-)-桃金娘烯醇
3) myrtanol
桃金娘烷醇
4) myrtenal
桃金娘烯醛
1.
Synthesis of Myrtenal by electrochemistry method;
α-蒎烯电化学法合成桃金娘烯醛
2.
Preparation of Perilla aldehyde by Catalytic Isomerization of Myrtenal;
催化异构桃金娘烯醛制备紫苏醛
3.
The Cu/SnO2+Bi2O3/SeO2-V2O5 compound electrode is prepared using the electrodeposit and heat treatment method, and is used in the oxidation reaction of myrtenal and α-pinene to probe into the influence of density of electric current, reaction temperature, reaction time,concentration of KOH on the electrochemistry reaction of myrtenal.
合成桃金娘烯醛的最佳合成反应条件为电流密度90mA/cm2,温度50℃,反应时间3。
5) myrtenic acid
桃金娘烯酸
6) Myrtol
标准桃金娘油, 桃金娘烯醇, 强力稀化粘素,吉诺通
补充资料：桃金娘烯醇
分子式：
CAS号：
性质：存在于香桃大(Myrtus com-munis)、西班牙蓝桉、大叶达尔文(Darwinia grandiflora)等精油中。具有草香、木香和樟脑样香气，其乙酸酯有愉快清新草香。为无色液体。沸点221～224℃(101kPa)。相对密度0.978。折射率1.496。由β-蒎烯经环氧化后再催化异构取得。可用于薰衣草、柑橘型香精。
CAS号：
性质：存在于香桃大(Myrtus com-munis)、西班牙蓝桉、大叶达尔文(Darwinia grandiflora)等精油中。具有草香、木香和樟脑样香气，其乙酸酯有愉快清新草香。为无色液体。沸点221～224℃(101kPa)。相对密度0.978。折射率1.496。由β-蒎烯经环氧化后再催化异构取得。可用于薰衣草、柑橘型香精。
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