Chapter 1 common and theoretical features (pages 1–34): Massimo Simonetta and Paolo Beltrame
Chapter 2 education of acyl halides (pages 35–68): Martin F. Ansell
Chapter three Detection, selection and characterization (pages 69–101): Hannah Weiler?Feilchenfeld
Chapter four Acid?base behaviour and intricate formation (pages 103–136): D. P. N. Satchell and R. S. Satchell
Chapter five Directing and activating results of COX teams (pages 137–176): P. H. Gore
Chapter 6 Mechanisms of substitution on the COX staff (pages 177–230): Antti Kivinen
Chapter 7 aid (pages 231–251): Owen H. Wheeler
Chapter eight Rearrangements concerning acyl halides (pages 253–292): D. V. Banthorpe and B. V. Smith
Chapter nine Photochemistry and radiation chemistry of carbonyl halides (pages 293–312): U. Schmidt and H. Egger
Chapter 10 organic reactions of carbonyl halides (pages 313–348): Sasson Cohen
Chapter eleven Thiocarbonyl halides (pages 349–380): okay. T. Potts and C. Sapino
Chapter 12 Chloroformate esters and similar compounds (pages 381–453): Dennis N. Kevill
Chapter thirteen The acyl hypohalites (pages 455–500): Dennis D. Tanner and Nigel J. Bunce
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Additional resources for Acyl Halides (1972)
2 . Preparation of acyl halides C. With Modified Phosphorus Halides 43 As an alternative to the phosphorus halides catechylphosphotrichloride4* (2;X= Cl) or t r i b r ~ m i d e(2; ~ ~X = Br) may 5e used to convert carboxylic acids or anhydrides into the corresponding acyl halide. p. p. 132"/13 mm), is commercially available, but may be easily prepared from catechol and phosphorus pentachloride. p. 121"/13 mm). For the preparation of the bromides the following procedure Is given49: a solution of equimolar quantities of the acid (or anhydride) and catechylphosphomonobromide in methylene chloride is treated at 0" with an equimolar amount of bromine, then warmed to 100" and distilled.
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Acyl Halides (1972)