To fmds one's bearings through the luxuriant forest of organic chemistry, sure guide marks are needed. Robert Martin's book is one of these most useful reference marks for each organic chemist. Diversely substituted hydroxyacetophenones are used in numerous sectors of applied organic chemistry. This impressive monography constitutes a considerable work, time-saver for the professional in organic synthesis. For each compound described, R. Martin has clearly and concisely supplied all the information existing in the literature up to 1996. This work enables the chemist to compare their structures, syntheses, properties, physico-chemical characteristics, thus stimulating his imagination. Three exhaustive tables enable the reader to find each compound by its CAS number, official nomenclature and usual name. They secure easy navigation through this large Dictionary. I very much admire the work undertaken and carried through by R. Martin, Chemical Engineer, Conservatoire National des Arts et Metiers, 1961. I am sure this book will be helpful both to industry and university research workers, and I wish it will meet the success it deserves. Dr. Jean-Paul GUETTE Professor Conservatoire National des Arts et Metiers (CNAM) ACKNOWLEDGEMENTS I wish to express my heartily thanks to Dr. Pierre Demerseman who accepted me in his Laboratory at Institut Curie in 1987, and kindly revised my manuscript I am also grateful to Dr. J.-P. Buisson, always so amiable and efficient, whose knowledge of word-processing largely contributed to the fmal page-setting of this work.
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Verlagsort
Verlagsgruppe
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Dateigröße
ISBN-13
978-94-017-1745-8 (9789401717458)
DOI
10.1007/978-94-017-1745-8
Schweitzer Klassifikation
Foreword Introduction VOLUME I: MONOKETONES UNSUBSTITUTED ON THE ACETYL GROUPS Chapter 1. Compounds derived from acetic acid: Molecular Formula Index Chemical Abstracts Registry Numbers Usual Names Index Common Abbreviations VOLUME II: MONOKETONES SUBSTITUTED ON THE ACETYL GROUPS Chapter 2. Compounds derived from halogenoacetic acids:
2.1. Compounds derived from bromoacetic acids
2.2. Compounds derived from chloroacetic acids
2.3. Compounds derived from fluoroacetic acids
2.4. Compounds derived from iodoacetic acids
Chapter 3. Compounds derived from aminoacetic acids
3.1. Compounds derived from aminoacetic acid
3.2. Compounds derived from substituted aminoacetic acids
Chapter 4. Compounds derived from alkoxyacetic acids
4.1. Compounds derived from methoxyacetic acids
4.2. Compounds derived from phenylmethoxyacetic acids
4.3. Compounds derived from ethoxyacetic acids
4.4. Miscellaneous
Chapter 5. Compounds derived from aryloxyacetic acids
5.1. Compounds derived from phenoxyacetic acid
5.2. Compounds derived from substituted phenoxyacetic acids
Chapter 6. Compounds derived from hydroxyacetic acids
Chapter 7. Compounds derived from acyloxy- and aroyloxyacetic acids
7.1. Compounds derived from acetoxyacetic acids
7.2. Compounds derived from other acyloxy- and phenacyloxyacetic acids
7.3. Compounds derived from benzoyloxyacetic acids
Chapter 8. Compounds derived from nitroacetic acids
Chapter 9. Compounds derived from arylacetic acids
9.1. Compounds derived from phenylacetic acid
9.2. Compounds derived from substituted phenylacetic acids
9.3. Compounds derived from di- and triphenylacetic acids
9.4. Compounds derived from cycloalkylacetic acids
Chapter 10. Compounds derived from S-substituted mercaptoacetic acids
Chapter 11. Aromatic ketones containing only acetyl groups
11.1. Acetyl groups located on one ring
11.2. Acetyl groups located on different rings
Chapter 12. Aromatic polyketones containing at least one acetyl group and one other acyl group
12.1. Acyl groups located on one ring 12.2. Acyl groups located on different rings REFERENCES MOLECULAR FORMULA INDEX CHEMICAL ABSTRACTS REGISTRY NUMBERS USUAL NAMES INDEX COMMON ABBREVIATIONS
