, D'après les résultats obtenus, c'est l'échantillon correspondant au rapport OP930/ATH égal à 10/15 qui présente les meilleurs pHRR et THR pour un temps d'ignition parmi les plus importants. Cependant, le taux de fumées dégagées n'est pas le plus faible et le rapport CO/(CO+CO2) apparaît assez erratique par comparaison avec les autres échantillons
, Le meilleur résultat de pHRR est obtenu avec le mélange correspondant au rapport OP930/ATH égal à 10/30. Cependant, il n'y a pas d'amélioration significative du temps d'ignition, ni de la chaleur totale dégagée. L'augmentation de la quantité de fumées dégagées et du rapport CO/(CO+CO2) est à relier à l'augmentation du taux de charge en OP930. Par contre, la quantité de fumées dégagée pour l'échantillon avec 40% d'ATH seul n'est que légèrement plus importante que pour l'échantillon ne renfermant que 25% d'ATH seul. L'évolution des courbes de pertes de masse et de quantité totale de fumées dégagées est similaire à celle observée, L'augmentation du taux de charge global de 25% à 40% provoque en général une diminution significative de pHRR (Figure D-11 et Tableau D-11)
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