Green, sustainable chemistry involves the designing of chemical
processes with a view to reducing or even eliminating the use and
production of hazardous materials. Recent endeavors have focused on
limiting the use of organic solvents and replacing them with new,
environmentally benign media. The chemical industry is interested
in these cost-effective, alternative solvents and processes.
This book provides a broad overview of the three most commonly
used green reaction media. Directed at synthetic organic chemists
working in academic and industrial laboratories, it will also serve
as a textbook for graduate courses on green chemistry. Successful
green reactions are considered, and experimental sections at the
ends of the chapters provide important practical details, with
illustrations of potential applications. Sufficient information is
included to allow selection of the most appropriate medium.
Extensively referenced, the volume offers a point of entry into the
detailed literature.
processes with a view to reducing or even eliminating the use and
production of hazardous materials. Recent endeavors have focused on
limiting the use of organic solvents and replacing them with new,
environmentally benign media. The chemical industry is interested
in these cost-effective, alternative solvents and processes.
This book provides a broad overview of the three most commonly
used green reaction media. Directed at synthetic organic chemists
working in academic and industrial laboratories, it will also serve
as a textbook for graduate courses on green chemistry. Successful
green reactions are considered, and experimental sections at the
ends of the chapters provide important practical details, with
illustrations of potential applications. Sufficient information is
included to allow selection of the most appropriate medium.
Extensively referenced, the volume offers a point of entry into the
detailed literature.
€179.99
Cuprins
Contributors.Preface.
1. Introduction (Koichi Mikami).
1.1. Green reaction Media.
1.2. Ionic liquids.
1.3. Fluorous media.
1.4. Supercritical carbon dioxide.
2. Ionic Liquids (Jonathan J. Jordy and Koichi
Mikami).
2.1. Historical background and synthesis.
2.2 Physical properties.
2.3. Applications as reaction media.
2.4. The future of ionic liquids.
2.5. Experimental part.
3. Fluorous solvents (Ilyhyong Ryu and Hiroshi
Matsubara).
3.1. Historical background.
3.2. Physical properties.
3.3. Applications as reaction media.
3.4. Light Fluorous compounds and fluorous silica gel.
3.5. Fluorous reactions in supercritical carbon dioxide (Sc CO2)
and Fluorous triphasic reactions.3.6. Experimental part.
4. Supercritical carbon dioxide (Christopher M. Rayner and R.
Scott Oakes).
4.1. Historical background.
4.2. Physical properties.
4.3. Applications as reaction media.
4.4 Synthesis and separation.
4.5. Experimental methods.
References.
Index.
Despre autor
Professor Koichi Mikami is at the Department of Applied Chemistry, Tokyo Institute of Technology, JapanCumpărați această carte electronică și primiți încă 1 GRATUIT!
Limba Engleză ● Format PDF ● Pagini 200 ● ISBN 9781405172455 ● Mărime fișier 1.4 MB ● Editor Koichi Mikami ● Editura John Wiley & Sons ● Publicat 2008 ● Ediție 1 ● Descărcabil 24 luni ● Valută EUR ● ID 2367848 ● Protecție împotriva copiilor Adobe DRM
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