羟醛反应
化学
羟醛缩合
催化作用
化学计量学
路易斯酸催化
原子经济
有机合成
缩合反应
有机化学
组合化学
路易斯酸
反应条件
作者
Swagata Mandal,Sangita Mandal,Sumanta K. Ghosh,Aniruddha Ghosh,Rumpa Saha,Soujanya Banerjee,Bidyut Saha
标识
DOI:10.1080/00397911.2016.1206938
摘要
Aldol condensation is an important synthetic method widely used in organic synthesis. Development of catalytic methods that avoids the production of stoichiometric by-products while maintaining high levels of control available from stoichiometric processes provides an atom-economical alternative for these important transformations. Indeed, numerous catalysts for the aldol reaction have been reported in recent years, including enzymes, catalytic antibodies, organometals, organocatalysts, and small molecules. The direct aldol reaction is the most important reaction employed by synthetic chemists and is common in nature. Recently, various Lewis acids have been examined as catalysts for aldol reactions, but aldol condensation in a micellar medium has not been studied in detail so far. Because of stronger environmental concerns, organic reactions in green media, especially in water, have attracted more attention. It is believed that micelles act as nano reactors to enhance the reaction rates and give very good to excellent yields of end products.
科研通智能强力驱动
Strongly Powered by AbleSci AI