| Description |
1 online resource (605 pages) |
| Contents |
Cover; Half Title; Title Page; Copyright Page; Dedication; Contents; Preface; 1: Introduction; 1.1 What This Book Is About; 1.2 Structure; 1.3 How to Use the Book; 2: Constitution of a Chemical Reaction and Reaction Balancing; 2.1 Identifying Components of any Chemical Reaction; 2.1.1 Terms, Definitions, and Examples; 2.1.2 Problems; 2.2 Balancing Chemical Equations; 2.2.1 Terms, Definitions, and Examples; 2.2.2 Problems; 2.3 Redox Reactions; 2.3.1 Terms, Definitions, and Examples; 2.3.2 Determining Oxidation States of Atoms in Structures; 2.3.3 Balancing Redox Reactions |
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2.3.4 Oxidation Number Analysis2.3.5 Problems; References; 3: Experimental Description of Chemical Reactions; 3.1 Structure of Literature Experimental Procedures; 3.2 Quality of Literature Experimental Procedures; 3.3 Problems; References; 4: Chemical Reaction Classifications; 4.1 Identifying Types of Reactions; 4.1.1 Terms, Definitions, and Examples; 4.1.2 Problems; 4.2 Nomenclature for Ring Construction Strategies; 4.2.1 Terms, Definitions, and Examples; 4.2.2 Problems; References; 5: Drawing Chemical Structures; 5.1 Principle of Conservation of Structural Aspect; 5.1.1 Examples |
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5.1.2 Problems5.2 Writing a Reaction Mechanism; 5.2.1 Elementary Steps; 5.2.2 Curly Arrow Notation; 5.2.3 Catalytic Cycles; 5.2.4 Electrochemical Reactions; 5.3 Target Bond Mapping; 5.3.1 Problems; 5.4 Tracking Oxidation State Changes; 5.4.1 Problems; References; 6: Waste Production and Input Material Consumption; 6.1 Definition of What Constitutes Waste; 6.1.1 Terms, Definitions, and Examples; 6.2 Metrics Associated with Waste Production; 6.2.1 Terms, Definitions, and Examples; 6.3 Metrics Associated with Input Consumption; 6.3.1 Terms, Definitions, and Examples |
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6.4 Metrics Associated with Product Formation6.4.1 Terms, Definitions, and Examples; 6.5 Connections and Hierarchy; 6.6 Worked Examples; 6.7 Problems; References; 7: Intrinsic Greenness; 7.1 Minimum Atom Economy; 7.1.1 Terms, Definitions, and Examples; 7.1.2 Problems; 7.2 Probability of Determining Intrinsic Greenness for any Chemical Reaction; 7.2.1 Terms, Definitions, and Examples; 7.2.2 Problems; 7.3 Automated Determination of AE(min), p Intrinsic Greenness, and Hypsicity for any Chemical Reaction; 7.3.1 Calculator-Probability-Intrinsic-Greenness.xls Spreadsheet |
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7.3.2 Trends for Named Organic ReactionsReferences; 8: Automated Computation for a Single Reaction; 8.1 Excel Spreadsheet Tools: Part 1; 8.1.1 Densities.xls; 8.1.2 Densities-of-Acid-Solutions.xls; 8.1.3 Densities-of-Base-Solutions.xls; 8.1.4 Densities-of-Carbohydrate-Solutions.xls; 8.1.5 Flash-Chromatography-Mass Intensity-Template.xls; 8.1.6 Template-Reaction.xls; 8.1.7 Template-Reaction-Input-Costs.xls; 8.2 Evaluating Material Efficiency for a Single Chemical Reaction; 8.3 Evaluating Input Cost for a Single Chemical Reaction; 8.4 Problems; References; Appendix: Other Terminologies; Index |
| Notes |
Print version record |
| Form |
Electronic book
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| ISBN |
9780429754425 |
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0429754426 |
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