Fluorinated Materials for Energy ConversionEdited by
- Tsuyoshi Nakajima
- Henri Groult
Academic and industrial researchers, technicians and graduate students interested in fundamental and/or applied research in Chemistry, Materials science and Electrical engineering
Hardbound, 592 Pages
Published: May 2005
"The contributing authors to this monograph are drawn from the electrochemical, fluorine, polymer and solid state communities, in any cases combining more than one speciality within their expertise. Achieving a balance between describing research that is at the forefront of current knowledge and an adequate treatment of fundamental concepts so that the text can be understood readily by those from other disciplines, is a stringent test. This volume has made a very good attempt to meet the challenge. This book can be recommended for libraries where there are research groups active in energy research and also for libraries in general as an account of an important research area and one that is likely to be one of the drivers for fluorine chemistry for some time to come."
J.M. Winfield, Dpt. of Chemistry, University of Glasgow, UK, JOURNAL OF FLUORINE CHEMISTRY, 2005
This book is about fluorine containing materials for energy conversion and storage. The contents are subdivided into 24 chapters. The better part of the book deals with fluorinated materials for lithium batteries. Furthermore, materials for solar cells, fuel cells, and molten-salt reactors are reviewed also. The book by Nakajima and Groult is a good compilation about the recent advances and findings of these materials in the above mentioned areas of application.
Prof Sergio Trasatti - Department of Physical Chemistry and Electrochemistry, University of Milan, Italy, ELECTROCHIMICA ACTA, 2005
"This very interesting book provides a good general overview about (potential) use of fluorinated materials for energy conversion and storage. Everybody who is interested in this topic will find a nice collection of information on this. The book was carefully revised and has a consistent layout"
Jens Olschimke, ELECTROCHIMICA ACTA, 2005
"Undoubtedly, the book will be of great interest to researchers and engineers working in materials science and electrical engineering. The chapters are generally well written, with an abundant bibliography: several chapters give 100-200 citations, mostly from the last 10 years."
Serge Flandrois, France, CARBON, 2005