The chemistry of Halides, Pseudo-Halides and Azides - Supplement D

Content:
Chapter 1 Molecular mechanics and conformation (pages 1–47): A. Y. Meyer
Chapter 2 Diamagnetic behaviour of compounds containing carbon–halogen bonds (pages 49–74): R. R. Gupta
Chapter 3 The mass spectra of azides and halides (pages 75–106): Jack M. Miller and Timothy R. B. Jones
Chapter 4 Nuclear quadrupole resonance of carbon?bonded halogens (pages 107–159): E. A. C. Lucken
Chapter 5 1,2?Dehalogenations and related reactions (pages 161–201): Enrico Baciocchi
Chapter 6 Electrochemical oxidation, reduction and formation of the C?X bond — direct and indirect processes (pages 203–286): James Y. Becker
Chapter 7 Pyrolysis of aryl azides (pages 287–320): L. K. Dyall
Chapter 8 Vinyl, aryl and acyl azides (pages 321–368): Harold W. Moore and Dorothy M. Goldish
Chapter 9 Recent advances in the radiation chemistry of halocarbons (pages 369–403): Abraham Horowitz
Chapter 10 Organic chemistry of astatine (pages 405–440): Klara Berei and Laszlo Vasaros
Chapter 11 Positive halogen compounds (pages 441–480): A. Foucaud
Chapter 12 Aspects of the chemistry of halophenols and halodienones (pages 481–548): Judith M. Brittain and Peter B. D. De La Mare
Chapter 13 ??Halogenated imines (pages 549–601): Norbert De Kimpe and Roland Verhe
Chapter 14 Fluorocarbons (pages 603–655): B. E. Smart
Chapter 15 Xenon halide halogenations (pages 657–679): Marko Zupan
Chapter 16 The SRN1 reaction of organic halides (pages 681–701): Robert K. Norris
Chapter 17 Reactions involving solid organic halides (pages 703–719): E. Hadjoudis
Chapter 18 Hypervalent halogen compounds (pages 721–811): Gerald F. Koser
Chapter 19 Synthesis and reactivity of ??halogenated ketones (pages 813–931): Roland Verhe and Norbert De Kimpe