Publisher's Synopsis
This Book concerned with Effect of Conditions and Catalysts on Type of Products, types of heterocyclic compounds, preparation methods of cyclic compounds and other Organic synthetic reactions, this book involved Five chapters: Chapter One: Effect of Conditions and Catalysts on Type of Products, Effect of Catalysis on Rate of Reactions, Effect of Conditions and Catalysts on Type of Products, Effected Factors on Chalcone Reaction, Effect of Catalyst in any Reaction, Mechanism of Catalysis in reactions, Reduction and Oxidation Catalysts, Types of Catalysts., Chapter Two: Selective Site (Selective Reaction), Selective Cite (Selective Reaction), Michael reaction, Chalcone, Selected Reaction for Chalcon Formation, Mechanism of Chalcone Preparation in Basic Medium, Mechanism of Chalcone Preparation in Acidic Medium, Some Preparation Methods for Chalcone via Selective Site, Reactions Of Chalcone, Bio-Applications of Chalcone., Chapter Three: Conditions of Cyclization Processes, Types of Common heterocycles, Mono-Cylic Compounds, Bi and Multi-Cylic Compounds, Preparation Methods of Preparations, Conditions of Cyclization Processes, Cyclization Methods via Various Catalysts, Catalysis and Synthesis Methods of Bi-cyclic systems, Catalysis and Synthesis Methods of Six Membered Ring, Catalysis and Synthesis Methods of Pyrimidine, Catalysis and Synthesis Methods of Five Membered Ring, Catalysis and Synthesis Methods of Four Membered Ring, Catalysis and Synthesis Methods of Oxadiazole, Catalysis and Synthesis Methods of Thiadiazole, Catalysis and Synthesis Methods of Tetrazole, Catalysis and Synthesis Methods of Triazole, Catalysis and Synthesis Methods of Pyrazole, Catalysis and Synthesis Methods of Imidazole, Catalysis and Synthesis Methods of Thiazole., Chapter Four: Reactions of 1,3-Dipoles Compounds, Characteristic of Dipoles Compounds, 1,3-Dipoles Compounds, Conditions of 1,3- Dipoles Reactions, Reactions of Dipoles Compounds., Chapter Five: Preparation of Thio and semicarbazide, reaction of Semi and thiosemicarbazide, Applications., Chapter Six: Mechanism of Tautomerism., Which is More Stable, Keto or Enol, Tautomerism-forms of Amino acids, There are many types of Tautomerism - forms, Examples for Types of Tautomerisms, Phenol: (Keto- Enol) form, Imine-Enamine Form, Aldehyde and ketone - Tautomerism, Mechanism of Tautomerism Reaction.
