Fluorine in Organic Chemistry By Richard D. Chambers(auth.)
2004 | 420 Pages | ISBN: 1405107871 | PDF | 5 MB
The introduction of carbon – fluorine bonds into organic compounds can profoundly influence their chemical and physical properties when compared to their non-fluorine containing analogues, leading to a range of man-made materials with highly desirable properties. These molecules are of interest across the wide spectrum of industrial and academic organic chemistry, from pharmaceuticals, through fine and specialty chemicals to polymers. From Prozac to Teflon, many of the most important products of the chemical and life-science industries rely on organic fluorine chemistry for their useful properties.In this new book the author, internationally known for his contribution to organic fluorine chemistry, covers both the preparative methodologies and chemical properties of partially and highly fluorinated organic systems. Written as an authoritative guide to the subject for organic chemists in universities and the pharmaceutical, agrochemical, specialty organic and polymer industries, the book will also be an important resource for university advanced courses.Dick Chambers is a Fellow of the Royal Society and Emeritus Professor of Chemistry at the University of Durham, Durham, UK.Content: Chapter 1 General Discussion of Organic Fluorine Chemistry (pages 1–22): Chapter 2 Preparation of Highly Fluorinated Compounds (pages 23–46): Chapter 3 Partial or Selective Fluorination (pages 47–90): Chapter 4 The Influence of Fluorine or Fluorocarbon Groups on Some Reaction Centres (pages 91–121): Chapter 5 Nucleophilic Displacement of Halogen from Fluorocarbon Systems (pages 122–136): Chapter 6 Elimination Reactions (pages 137–161): Chapter 7 Polyfluoroalkanes, Polyfluoroalkenes, Polyfluoroalkynes and Derivatives (pages 162–235): Chapter 8 Functional Compounds Containing Oxygen, Sulphur or Nitrogen and their Derivatives (pages 236–295): Chapter 9 Polyfluoroaromatic Compounds (pages 296–364): Chapter 10 Organometallic Compounds (pages 365–398):
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