Titre :	Organic synthesis
Type de document :	texte imprimé
Auteurs :	Michael B. Smith, Auteur
Editeur :	New York : Mc-Graw Hill
Année de publication :	1994
Importance :	xxx, 1595 p.
ISBN/ISSN/EAN :	978-0-07-048716-1
Langues :	Anglais (eng)
Tags :	ORGANIC COMPOUNDS-Synthesis
Index. décimale :	EQ -Equipe-
Résumé :	"Written for a graduate or possibly senior level first organic course in synthesis/reactions for students in chemistry, medicinal chemistry or pharmacy, "Organic Synthesis" provides in one text a review of basic techniques and tools of organic chemistry."
Note de contenu :	* Retrosynthesis, stereochemistry, and conformations * Acids, bases, and functional group exchange reactions * Oxidation * Reduction * Hydroboration * Stereocontrol and ring formation * Protecting groups * Disconnect products: nucleophilic species that form carbon-carbon bonds * Disconnect products: nucleophilic species that form carbon-carbon bonds: enolate anions * Synthetic strategies * Pericyclic carbon-carbon bond forming reactions: multiple bond disconnections * Electrophilic carbon-carbon bond forming reactions * Carbon radical disconnect products: formation of carbon-carbon bonds via radicals and carbenes * Student syntheses: the first synthetic problem.
Cote :	LCC/K
Num_Inv :	1549

Organic synthesis [texte imprimé] / Michael B. Smith, Auteur . - New York : Mc-Graw Hill, 1994 . - xxx, 1595 p.
ISBN : 978-0-07-048716-1
Langues : Anglais (eng)

Tags :	ORGANIC COMPOUNDS-Synthesis
Index. décimale :	EQ -Equipe-
Résumé :	"Written for a graduate or possibly senior level first organic course in synthesis/reactions for students in chemistry, medicinal chemistry or pharmacy, "Organic Synthesis" provides in one text a review of basic techniques and tools of organic chemistry."
Note de contenu :	* Retrosynthesis, stereochemistry, and conformations * Acids, bases, and functional group exchange reactions * Oxidation * Reduction * Hydroboration * Stereocontrol and ring formation * Protecting groups * Disconnect products: nucleophilic species that form carbon-carbon bonds * Disconnect products: nucleophilic species that form carbon-carbon bonds: enolate anions * Synthetic strategies * Pericyclic carbon-carbon bond forming reactions: multiple bond disconnections * Electrophilic carbon-carbon bond forming reactions * Carbon radical disconnect products: formation of carbon-carbon bonds via radicals and carbenes * Student syntheses: the first synthetic problem.
Cote :	LCC/K
Num_Inv :	1549