The Chemistry of Heterocyclic Compounds, since its inception, has been recognized as a cornerstone of heterocyclic chemistry. Each volume attempts to discuss all aspects - properties, synthesis, reactions, physiological and industrial significance - of a specific ring system. To keep the series up-to-date, supplementary volumes covering the recent literature on each individual ring system have been published. Many ring systems (such as pyridines and oxazoles) are treated in distinct books, each consisting of separate volumes or parts dealing with different individual topics. With all authors…mehr
The Chemistry of Heterocyclic Compounds, since its inception, has been recognized as a cornerstone of heterocyclic chemistry. Each volume attempts to discuss all aspects - properties, synthesis, reactions, physiological and industrial significance - of a specific ring system. To keep the series up-to-date, supplementary volumes covering the recent literature on each individual ring system have been published. Many ring systems (such as pyridines and oxazoles) are treated in distinct books, each consisting of separate volumes or parts dealing with different individual topics. With all authors are recognized authorities, the Chemistry of Heterocyclic Chemistry is considered worldwide as the indispensable resource for organic, bioorganic, and medicinal chemists.Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Frederick G. Mann is the editor of Heterocyclic Derivatives of Phosphorous, Arsenic, Antimony and Bismuth, 2nd Edition, Volume 1, published by Wiley. Arnold Weissberger is the editor of Heterocyclic Derivatives of Phosphorous, Arsenic, Antimony and Bismuth, 2nd Edition, Volume 1, published by Wiley.
Inhaltsangabe
Introduction to the Series v Preface ix Note on Nomenclature xiii Part I. Heterocyclic Derivatives of Phosphorus* Phosphorus only 1P Three-membered Ring Systems 3 Four-membered Ring Systems 4 Five-membered Ring Systems 12 Six-membered Ring Systems 99 Seven-membered ring Systems 152 Eight-membered Ring System 154 Nine-membered Ring Systems 156 2P Four-membered Ring Systems 162 Five-membered Ring Systems 164 Six-membered Ring Systems 167 Seven-membered Ring System 193 Eight-membered Ring Systems 195 Nine-membered Ring System 199 Ten-membered Ring Systems 200 3P Five-membered Ring Systems 201 4P Eight-membered Ring System 207 Phosphorus and Nitrogen Four-membered Ring System 208 1P + 2N Five-membered Ring Systems 209 IP + IN 1P + 2N Six-membered Ring Systems 222 IP + IN 1P + 2N Eight-membered Ring Systems 246 Phosphorus and Oxygen Four-membered Ring System 248 1P + 1O Five-membered Ring Systems 251 1P+ 2O Six-membered Ring Systems 284 1P+ 1O IP + 2O Seven-membered Ring System 318 Ten-membered Ring System 319 Phosphorus, Nitrogen and Oxygen Five- and Six-membered Ring Systems 320 1P + 1N+ 1O Phosphorus and Sulfur Five-membered Ring Systems 325 1P + 2S Six-membered Ring Systems 328 1P+ IS 1P + 2S Phosphorus, Nitrogen and Sulfur Five-membered Ring System 330 1P + 1N + 1S Six-membered Ring System 330 2P + 2N + IS Seven-membered Ring System 331 1P + 2N + 2S Phosphorus and Arsenic Six-membered Ring Systems 332 IP + 1As Seven-membered Ring System 336 Eight-membered Ring System 337 Phosphorus and Magnesium Six-membered Ring System 339 2P + 1Mg Part II. Heterocyclic Derivatives of Arsenic Arsenic only 1As Five-membered Ring Systems 357 Six-membered Ring Systems 391 Seven-membered Ring Systems ..... 434 Nine-membered Ring Systems 441 2As Five-membered Ring Systems 443 Six-membered Ring Systems 446 Seven-membered Ring Systems 485 Eight-membered Ring Systems 487 Nine-membered Ring Systems 490 Ten-membered Ring Systems 494 Eleven-membered Ring System499 Twelve-membered Ring System ..... 500 Arsenic and Nitrogen Five-membered Ring System 502 1As + 2N Six-membered Ring Systems 503 1As + 1N Arsenic and Oxygen 1As + 1O 2As + 1O 1As + 2O 1As + 1O 1As + 2O 2As + 2O Arsenic and Sulfur Five-membered Ring Systems 573 2As + 1S 1As + 2S Six-membered Ring Systems 581 1As + 1S 1As + 2S Seven-membered Ring System 583 Part III. Heterocyclic Derivatives of Antimony Antimony only 1Sb Five-membered Ring Systems 595 Six-membered Ring Systems 606 Antimony and Oxygen Five-membered Ring Systems 610 1Sb + 20 Six-membered Ring Systems 621 1Sb + 10 1Sb + 20 Antimony, Oxygen and Sulfur Five-membered Ring Systems 625 1Sb + 1O + 1S Antimony and Sulfur Five-membered Ring Systems 627 1Sb + 2S Six-membered Ring System 630 Seven-membered Ring System 631 References for Part III 632 Part IV. Heterocyclic Derivatives of Bismuth Bismuth only 1Bi Five-membered Ring System 637 Six-membered Ring System 638 1Bi + 2O Five-membered Ring Systems 639 Bismuth and Sulfur 1Bi + 2S Five-membered Ring System 641 References for Part IV 642 Author Index 645 Subject Index 659
Introduction to the Series v Preface ix Note on Nomenclature xiii Part I. Heterocyclic Derivatives of Phosphorus* Phosphorus only 1P Three-membered Ring Systems 3 Four-membered Ring Systems 4 Five-membered Ring Systems 12 Six-membered Ring Systems 99 Seven-membered ring Systems 152 Eight-membered Ring System 154 Nine-membered Ring Systems 156 2P Four-membered Ring Systems 162 Five-membered Ring Systems 164 Six-membered Ring Systems 167 Seven-membered Ring System 193 Eight-membered Ring Systems 195 Nine-membered Ring System 199 Ten-membered Ring Systems 200 3P Five-membered Ring Systems 201 4P Eight-membered Ring System 207 Phosphorus and Nitrogen Four-membered Ring System 208 1P + 2N Five-membered Ring Systems 209 IP + IN 1P + 2N Six-membered Ring Systems 222 IP + IN 1P + 2N Eight-membered Ring Systems 246 Phosphorus and Oxygen Four-membered Ring System 248 1P + 1O Five-membered Ring Systems 251 1P+ 2O Six-membered Ring Systems 284 1P+ 1O IP + 2O Seven-membered Ring System 318 Ten-membered Ring System 319 Phosphorus, Nitrogen and Oxygen Five- and Six-membered Ring Systems 320 1P + 1N+ 1O Phosphorus and Sulfur Five-membered Ring Systems 325 1P + 2S Six-membered Ring Systems 328 1P+ IS 1P + 2S Phosphorus, Nitrogen and Sulfur Five-membered Ring System 330 1P + 1N + 1S Six-membered Ring System 330 2P + 2N + IS Seven-membered Ring System 331 1P + 2N + 2S Phosphorus and Arsenic Six-membered Ring Systems 332 IP + 1As Seven-membered Ring System 336 Eight-membered Ring System 337 Phosphorus and Magnesium Six-membered Ring System 339 2P + 1Mg Part II. Heterocyclic Derivatives of Arsenic Arsenic only 1As Five-membered Ring Systems 357 Six-membered Ring Systems 391 Seven-membered Ring Systems ..... 434 Nine-membered Ring Systems 441 2As Five-membered Ring Systems 443 Six-membered Ring Systems 446 Seven-membered Ring Systems 485 Eight-membered Ring Systems 487 Nine-membered Ring Systems 490 Ten-membered Ring Systems 494 Eleven-membered Ring System499 Twelve-membered Ring System ..... 500 Arsenic and Nitrogen Five-membered Ring System 502 1As + 2N Six-membered Ring Systems 503 1As + 1N Arsenic and Oxygen 1As + 1O 2As + 1O 1As + 2O 1As + 1O 1As + 2O 2As + 2O Arsenic and Sulfur Five-membered Ring Systems 573 2As + 1S 1As + 2S Six-membered Ring Systems 581 1As + 1S 1As + 2S Seven-membered Ring System 583 Part III. Heterocyclic Derivatives of Antimony Antimony only 1Sb Five-membered Ring Systems 595 Six-membered Ring Systems 606 Antimony and Oxygen Five-membered Ring Systems 610 1Sb + 20 Six-membered Ring Systems 621 1Sb + 10 1Sb + 20 Antimony, Oxygen and Sulfur Five-membered Ring Systems 625 1Sb + 1O + 1S Antimony and Sulfur Five-membered Ring Systems 627 1Sb + 2S Six-membered Ring System 630 Seven-membered Ring System 631 References for Part III 632 Part IV. Heterocyclic Derivatives of Bismuth Bismuth only 1Bi Five-membered Ring System 637 Six-membered Ring System 638 1Bi + 2O Five-membered Ring Systems 639 Bismuth and Sulfur 1Bi + 2S Five-membered Ring System 641 References for Part IV 642 Author Index 645 Subject Index 659
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