2001Ullmann's Encyclopedia of Industrial ChemistryRequires access

Diazo Compounds and Diazo Reactions

Klaus Forstinger, Hans Joachim Metz

Open publisher page 4 citations

Abstract

Abstract The article contains sections titled: 1. Introduction 2. Aliphatic Diazo Compounds 3. Aromatic Diazo Compounds 3.1. Diazonium Salts 3.1.1. Properties 3.1.2. Diazotization 3.1.3. Other Methods of Preparation 3.1.4. Uses 3.2. Diazotates 3.3. Diazosulfonates 3.4. Triazenes 3.5. Other Aromatic Diazo Compounds 3.6. Analysis 4. Diazo Reactions 4.1. Chemical Transformation with Retention of the Diazo Group 4.2. Reactions at the Diazo Group 4.3. Dediazotization (Replacement of the Diazo Group) 5. Environmental Protection 6. Safety 7. Toxicology

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What this paper is about

Abstract The article contains sections titled: 1. Introduction 2. Aliphatic Diazo Compounds 3. Aromatic Diazo Compounds 3.1. Diazonium Salts 3.1.1. Properties 3.1.2. Diazotization 3.1.3. Other Methods of Preparation 3.1.4. Uses 3.2. Diazotates 3.3. Diazosulfonates 3.4. Triazenes 3.5. Other Aromatic Diazo Compounds 3.6. Analysis 4. Diazo Reactions 4.1. Chemical Transformation with Retention of the Diazo Group 4.2. Reactions at the Diazo Group 4.3. Dediazotization (Replacement of the Diazo Group) 5. Environmental Protection 6. Safety 7. Toxicology

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Available abstract

Abstract The article contains sections titled: 1. Introduction 2. Aliphatic Diazo Compounds 3. Aromatic Diazo Compounds 3.1. Diazonium Salts 3.1.1. Properties 3.1.2. Diazotization 3.1.3. Other Methods of Preparation 3.1.4. Uses 3.2. Diazotates 3.3. Diazosulfonates 3.4. Triazenes 3.5. Other Aromatic Diazo Compounds 3.6. Analysis 4. Diazo Reactions 4.1. Chemical Transformation with Retention of the Diazo Group 4.2. Reactions at the Diazo Group 4.3. Dediazotization (Replacement of the Diazo Group) 5. Environmental Protection 6. Safety 7. Toxicology

Key concepts: Diazo, Chemistry, Organic chemistry

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