In the case of students, this laboratory preparations manual can be used to find additional experiments to illustrate concepts in synthesis and to augment existing laboratory texts. A name reaction index is also included to direct the reader to the location where specific reactions appear in this manual.
The industrial chemist is frequently required to prepare a variety of compounds, and this manual can serve as a convenient guide to choose a synthetic route.
- Offers detailed directions for the synthesis of various functional groups
- Includes up-to-date references to the journal literature and patents (foreign and domestic)
- Reviews the chemistry for each functional group with suggestions where additional research is needed
- Name reactions are indexed along with the preparations cited
Preface. Introduction. Hydrocarbons. Paraffinic and Aromatic. Olefins. Acetylenes. Alcohols and Phenols. Ethers and Oxides. Halides. Aldehydes. Ketones. Carboxylic Acids. Esters. Amides. Cyanates. Isocyanates. Thiocyanates. Isothiocyanates. Amines. Hydrazine Derivatives. Hydrazones. Hydrazides. Diazo. Diazonium Compounds. Nitro Compounds. Nitriles. Cyanides. Mercaptans. Sulfides. Disulfides. Sulfoxides. Sulfones. Sulfonic Acids. Allenes. Ortho Esters. Sulfites. Enamines. Ynamines. Ureas and Polyureas. Carbodiimides. N-Carbamates. Urethanes. O-Carbamates. Imines. Azides. Azo Compounds. Azoxy Compunds. Acetals. Ketals. Anhydrides. Monoalkyl Sulfates. Amidines. Imides. Oximes. Hydroxamic Acids. Polymer Preparations. Appendix. Name Reaction Index. Subject Index.This
Sourcebook of Advanced Organic Laboratory Preparations provides a ready source of reliable procedures for those involved in organic synthesis in either academic or industrial laboratories. The text will be useful to instructors and students seeking additionalƒQ