Multicatalyst System in Asymmetric Catalysis - Zhou, Jian
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Methods and applications of multicatalyst systems in asymmetric catalysis Asymmetric catalysis plays an important role in the synthesis of chiral compounds, due to their high efficiency and selectivity that traditional methods cannot reach. This book provides details about the mechanism and advantages of multicatalysis systems in asymmetric catalysis. Examples in this book introduce the difference between multifunctional catalysis and multiple catalyst systems and cover the important and exciting results of multiple catalyst promoted asymmetric reactions and novel tandem reactions. Using…mehr

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Produktbeschreibung
Methods and applications of multicatalyst systems in asymmetric catalysis Asymmetric catalysis plays an important role in the synthesis of chiral compounds, due to their high efficiency and selectivity that traditional methods cannot reach. This book provides details about the mechanism and advantages of multicatalysis systems in asymmetric catalysis. Examples in this book introduce the difference between multifunctional catalysis and multiple catalyst systems and cover the important and exciting results of multiple catalyst promoted asymmetric reactions and novel tandem reactions. Using examples and step-by-step methods, the chapters cover a variety of pertinent topics including: - Additive-enabled asymmetric metric catalysis - Asymmetric multifunctional catalysis - Asymmetric cooperative catalysis - Asymmetric double activation catalysis, assisted catalysis, photochemical and electrochemical methods - Multicatalyst system realized asymmetric tandem reaction - Waste-mediated Reactions - Multicatalyst system mediated asymmetric reactions in total synthesis In addition, this book focuses on applications and greener ways to make useful substances for pharmaceuticals, agrochemicals, materials, and flavour and fragrance industries.
Autorenporträt
Jian Zhou is a Professor of Chemistry in the Shanghai Key Laboratory of Green Chemistry and Chemical Processes at East China Normal University. He has broad experience in asymmetric catalysis and has published over 30 papers in leading scientific journals after his independent research. Dr. Zhou's research focuses on the development of new chiral catalysts and catalytic asymmetric reactions for the efficient construction of fully substituted stereogenic carbon centres, as well as economical synthesis and novel tandem reactions.