Author(s): David A. Evans, Andrew G. Myers
Publisher: Harvard University
Year: 2007
Language: English
Pages: 1676
City: Cambridge, MA
Introduction to FMO Theory......Page 1
Stereoelectronic Effects-2......Page 12
"Rules for Ring Closure: Baldwin's Rules"......Page 29
Acyclic Conformational Analysis-1......Page 40
Acyclic Conformational Analysis-2......Page 50
Conformational Analysis-3......Page 64
Conformational Analysis-4......Page 80
Olefin Addition Reactions–1......Page 95
Olefin Addition Reactions–2......Page 110
Olefin Addition Reactions–3......Page 121
Pericyclic Reactions–1......Page 134
Pericyclic Reactions–2......Page 145
Pericyclic Reactions–3......Page 156
Pericyclic Reactions–4......Page 170
Pericyclic Reactions–5......Page 181
Cycloaddition Reactions-1......Page 200
Cycloaddition Reactions-2......Page 211
Dipolar cycloaddition Reactions......Page 226
Acid-Base Properties of Organic Molecules......Page 239
Carbonyl and Azomethine Electrophiles-1......Page 250
Carbonyl and Azomethine Electrophiles-2......Page 269
Enantioselective Carbonyl Addition......Page 285
Enolates & Metalloenamines-1......Page 298
Enolates & Metalloenamines-2......Page 315
The Aldol Reaction–1......Page 345
The Aldol Reaction–2......Page 358
Functional Group Classification Schemefor Polar Bond Constructions......Page 414
Ambiphilic Functional Groups–2Hydrazone-Based Transformations......Page 453
Ambiphilic Functional Groups–3Sulfur-Based Activating Groups......Page 507
Ambiphilic Functional Groups–4......Page 541
Introduction to Carbonium Ions......Page 574
Introduction to Carbonium Ions–2......Page 587
Introduction to Carbonium Ions–3......Page 604
Introduction to Carbenes & Carbenoids-1......Page 638
Introduction to Carbenes & Carbenoids-2......Page 651
Introduction to Organosilicon Chemistry......Page 697
Chiral pool2.pdf......Page 1099
