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A. Ii, 1 : Compléments sur le four à image??????????????, p.220

A. Ii, Outils de mesure de la densité de flux incident?????????, p.223

A. Ii, Protocole expérimental d'étude de la pyrolyse au four à image???, p.231

A. Ii, 10 : Estimation de la densité de flux incident réacteur tubulaire????, p.244

A. Ii, 11 : Comparaison des résultats de pyrolyse au four à image et au réacteur tubulaire???????????????????????????????, p.245

A. Ii, 12 : Constantes cinétiques de pyrolyse du schéma à trois voies parallèles, p.249

A. Ii, 14 : Propriétés physicochimiques des échantillons?????????, p.251

A. Ii, Etude de sensibilité du modèle de pyrolyse rapide de bois????, p.253

A. Iii, 1 : Protocole expérimental d'étude de la vapogazéification du charbon au four à image?????????????????????????????? 256

A. Iii, 2 : Résultats expérimentaux de la vapogazéification du charbon au four à image????????????????????????????????, p.257

A. Iii, Modèle de transfert thermique en vapogazéification avec charbon semi-transparent????????????????????????????, p.265

A. Iv, 1 : Protocole expérimental d'étude du craquage thermique homogène?, p.266

A. Iv, Bilans de matière établis sur la base d'un schéma de craquage à deux voies parallèles????????????????????????????, p.268

A. Iv, 5 : Constantes cinétiques de craquage thermique homogène des vapeurs, p.271

A. Iv, 7 : Résultats expérimentaux de craquage thermique hétérogène des vapeurs????????????????????????????????, p.274

A. Iv, Détermination du temps de séjour??????????????, p.275

A. Iv, Combinaison du transfert à la surface de l'échantillon et de la réaction intrinsèque??????????????????????????????