应用化学专业英语教程(朱红军)(二版)

Unit 1 Scientific Paper and Literature 1
Lesson 1 Writing a Scientific Paper 1
Lesson 2 The Abstract 17
Lesson 3 The Introduction， the Body and the Conclusions 21
Lesson 4 Ethical Guidelines to Publication of Chemical Research 26
Lesson 5　The Chemical Literature 31
Lesson 6　Technical Communications for Graduate Students 39

Unit 2　Work in Chemical Laboratory 44
Lesson 7　General Instructions for Work in the Laboratory 44
Lesson 8　The Importance of Record Keeping 47
Lesson 9　A General Safety Considerations 49

Unit 3　Nomenclature 52
Lesson 10　Nomenclature of Organic Compounds 52
Lesson 11　Nomenclature of Inorganic Compounds 57

Unit 4　Elementary Techniques of Experiment 61
Lesson 12　Reaction Monitoring 61
Lesson 13　Some Methods of Separation 72
Lesson 14　Characterization 76

Unit 5　Inorganic Chemistry 80
Lesson 15　Introduction to Inorganic Chemistry 80
Lesson 16　Coordination Chemistry 81

Unit 6　Analytical Chemistry 89
Lesson 17　Introduction of Analytical Chemistry 89
Lesson 18　Electronic Effects of Substituents in Reactions， Acidity Constant Determination 92
Lesson 19　Forensic Chemistry： Detecting Traces of Blood 94
Lesson 20　Standard Test Method for Water in Liquid Petroleum Products by Karl Fischer Reagent 96
Lesson 21　Isolation of an Alkaloid： Caffeine 100

Unit 7　Physical Chemistry 103
Lesson 22　First Law of Thermodynamics 103
Lesson 23　Enthalpy 106
Lesson 24　Bond Energies 109
Lesson 25　Second Law of Thermodynamics 111
Lesson 26　Heat of Reaction： Measurement of Resonance Energy 115
Lesson 27　Kinetic and Thermodynamic Reaction Conditions 118
Lesson 28　Electrochemistry 120
Lesson 29　Asymmetric Synthesis 121
Lesson 30　Linus Pauling 124
Lesson 31 Surfactants 129

Unit 8 Organic Chemistry 131
Lesson 32 Cyclohexylmethanol 131
Lesson 33 Methyl Red 133
Lesson 34 Addition across Carbon-Carbon π-Bonds 135
Lesson 35 Discovery of the Diels-Alder Reaction 138
Lesson 36 Discovery of the Friedel-Crafts Reaction 140
Lesson 37 The Wittig Reaction 143
Lesson 38 Grignard and the Beginnings of Modern Organometallic Chemistry 145
Lesson 39 Discovery of Stereoisomers 147
Lesson 40 Natural Products 150

Unit 9 Biochemistry 154
Lesson 41 Biochemical Engineering， Cells and Bacteria 154
Lesson 42 Emil Fischer： Carbohydrate Chemist Extraordinaire 157
Lesson 43 Biological Treatment of the Effluent 159
Unit 10 Materials Science 161
Lesson 44 Polymers 161
Lesson 45 Discovery of Polyethylene and Nylon 166
Lesson 46 Corrosion and Process Safety 168
Lesson 47 Organic Light Emitting Devices 175
Lesson 48 Molecular Electronics 180

Unit 11 Water Treatment and Environmental Science 182
Lesson 49 Activated Sludge Processes 182
Lesson 50 Coagulation and Flocculation 186
Lesson 51 Reverse Osmosis 190
Lesson 52 Water and Wastewater Treatment Methods 194
Lesson 53 Water Supply 199
Lesson 54 Clean Energy for 10 Billion Humans in the 21st Century： Is it Possible? 202

Unit 12 Pharmacy 207
Lesson 55 Discovery of Sulfa Drugs 209
Lesson 56 Medical Diagnostics via Nuclear Magnetic Resonance Spectroscopy 213

Unit 13 Chemistry and Engineering of Textiles 215
Lesson 57 Textiles 215
Lesson 58 Textile Fibers 216
Lesson 59 Fiber Properties 217
Lesson 60 Physical Properties of Cotton 218
Lesson 61 Sizing Ingredients 220
Lesson 62 Desizing 221
Lesson 63 Scouring 222
Lesson 64 Bleaching 223
Lesson 65 Mercerization 224
Lesson 66 Carbonizing and Singeing 225
Lesson 67 Textile Dyeing Processes 227
Lesson 68 Classification of Dyestuffs 230
Lesson 69 Textile Printing 232
Lesson 70 Fabric Finishing 234

Unit 14 Leather 236
Lesson 71 Leather—Extraordinary Product of Nature 236
Lesson 72 Hide and Skin Structure 239
Lesson 73 Leather Testing 242

Appendix 250
Appendix 1 Common Glassware Names 250
Appendix 2 Common Chemical Abbreviation 251
Appendix 3 Speaking of Common Molecular Formulas， Equations， Mathematical
Symbols and Greek Alphabet 252
Appendix 4 The Periodic Table of Elements 254
Appendix 5 Periodic Chart of Amino Acids 255
Appendix 6 The Elements Song 256

Bibliography 257