LCC - Centre de Ressources Documentaires
						
			
			
		
					
					
					| Titre : | 
					Methods of molecular quantum mechanics | 
				 
					| Type de document :  | 
					texte imprimé | 
				 
					| Auteurs :  | 
					R. McWeeny, Éditeur scientifique ; D. P. Craig, Auteur | 
				 
					| Mention d'édition : | 
					1rst | 
				 
					| Editeur : | 
					London : Academic Press | 
				 
					| Année de publication :  | 
					1969 | 
				 
					| Collection :  | 
					Theoretical chemistry, ISSN 0082-3961 num. 2  | 
				 
					| Importance :  | 
					ix, 307 p. | 
				 
					| ISBN/ISSN/EAN :  | 
					978-0-12-486550-1 | 
				 
					| Langues : | 
					Anglais (eng) | 
				 
					| Tags : | 
					QUANTUM CHEMISTRY  MOLECULAR ORBITALS | 
				 
					| Résumé :  | 
					"This monograph presents a systematic approach to the calculation and interpretation of approximate solutions of the time-independent Schrodinger equation for a molecule in the fixed-nucleus approximation. It includes not only the traditional (molecular orbital and valence bond) methods but also a number of more recent developments that have not yet been fully treated in text books. The book is intented as a bridge between, on the one hand, introductory courses in quantum theory and avalency and, on the other, the relatively sophisticated mathematical methods needed in present-day molecular quantum mechanics. Some familiarity with the elementary properties of vectors and matrices and with the ideas of quantum mechanics is required; otherwise the book is self-contained. For students specialising in theoretical chemistry or molecular physics it provides the basis for a complete study of the electron structure of molecules." | 
				 
					| Cote :  | 
					B-H011 (SdS) | 
				 
					| Num_Inv :  | 
					390 | 
				  
 
					Methods of molecular quantum mechanics [texte imprimé] /  R. McWeeny, Éditeur scientifique ;  D. P. Craig, Auteur  . -  1rst . -  London : Academic Press, 1969 . - ix, 307 p.. - ( Theoretical chemistry, ISSN 0082-3961; 2) . ISBN : 978-0-12-486550-1 Langues : Anglais ( eng) 
					| Tags : | 
					QUANTUM CHEMISTRY  MOLECULAR ORBITALS | 
				 
					| Résumé :  | 
					"This monograph presents a systematic approach to the calculation and interpretation of approximate solutions of the time-independent Schrodinger equation for a molecule in the fixed-nucleus approximation. It includes not only the traditional (molecular orbital and valence bond) methods but also a number of more recent developments that have not yet been fully treated in text books. The book is intented as a bridge between, on the one hand, introductory courses in quantum theory and avalency and, on the other, the relatively sophisticated mathematical methods needed in present-day molecular quantum mechanics. Some familiarity with the elementary properties of vectors and matrices and with the ideas of quantum mechanics is required; otherwise the book is self-contained. For students specialising in theoretical chemistry or molecular physics it provides the basis for a complete study of the electron structure of molecules." | 
				 
					| Cote :  | 
					B-H011 (SdS) | 
				 
					| Num_Inv :  | 
					390 | 
				 
  |   | 
					
	
		Exemplaires(1)
	
	
		
									
						
																							
						
																							
						
																							
						
																							
						
																		
	
						
																																			| 
							390
						 | 
																																																																		B-H011 | 
																																																		Texte imprimé | 
																																																		Bibliothèque | 
																																													
															Livre
													 | 
																								Disponible | 
							
			
 
 
		  
		 
		
Accueil

Sélection de la langue
					 
		Adresse
		
			LCC - Centre de Ressources Documentaires
			du laboratoire de Chimie de Coordination-CNRS
205 route de Narbonne
BP 44099
			31077 Toulouse
			France 
			Tél. : 05 61 33 31 40
			contact
	     
		
Le CRD est ouvert de  
9h-11h30 et de 13h-17h,  du lundi au vendredi. 
Consultation sur place, photocopies, aide à la recherche bibliographique.
Fonds documentaire :
- 30 titres de revues en archives ou courants
- 7000 livres, séries et usuels