I-12 I.3.3.A. La condensation, p.13 ,
I-18 I.3.7.A. Méthodes d'échantillonnage ,
I-23 I.4.1. Les différentes classes de fumées de cigarettes, I-23 I.4.1.A ,
I-24 I, I-25 I.4.1.E ,
I-33 I.5.1. Introduction ,
I-33 I.5.2.B. Les nitro, I-34 I.5.2.C. Les composés à cycles aromatiques azotés, p.37 ,
I-46 I.6.2. La spectrométrie de masse ,
II-61 II.3.1. Introduction II-61 II.3.2. Choix des traceurs, II-62 II.3.3.A. Analyse de la Nicotine et des, p.64 ,
II-64 II.3.5. Détection par spectrométrie de masse de type piège à ions II-66 II.3.5.A. Production des ions II-66 II.3.5.B. Spectromètre de masse par piège à ions, p.70 ,
II-79 II.4.2. Formalisme et définitions des plans d'expériences, p.82 ,
II-83 II II-83 II, p.87 ,
V-159 V.4.1. Introduction, ., p.162 ,
V-163 V.4.3.B. RMN hétéro-nucléaire, proton-carbone 13 (HSQC), p.169 ,
II-72 FIGURE II-10 : REPRESENTATIONII-76 FIGURE II-11 II-77 FIGURE II-12 II-78 FIGURE II-13 II-83 FIGURE II-14, LS) DES EFFETS POUR LES DIFFERENTES MOLECULES. L'EFFET DE L'INTERACTION 1234 EST, p.85 ,
III-94 FIGURE III-3 : III-94 FIGURE III-4 : III-95 FIGURE III-5 : III-98 FIGURE III-6 : III-99 FIGURE III-7 : CALIBRATION III-101 FIGURE III-8 : PERFORMANCES III-102 FIGURE III-9 : INDICE, III-93 FIGURE III-2 :.. III-104 FIGURE III-10 : REPARTITION PAR FAMILLES DES COMPOSES DETECTES LORS DE L'ANALYSE EN IONS POSITIFS PAR LDI?FTICRMS DES III-105 FIGURE III-11, p.106 ,
phone: (33) 3 87 31 58 54, fax: (33) 3 87 31 58 51 ,
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