ABSTRACT
Abstract ................................................................................................. 365 9.1 Introduction .................................................................................. 366 9.2 Experimental Part ......................................................................... 368 9.3 Results and Discussion ................................................................ 369 9.4 Conclusions .................................................................................. 381 Keywords .............................................................................................. 382 References ............................................................................................. 382
ABSTRACT
A number of the main mechanical characteristics (yield stress, impact toughness, microhardness) of particulate-filled polymer nanocomposites
were described quantitatively within the framework of general conception – fractal analysis. Such approach allows to study the main specific features of the indicated nanomaterials mechanical behavior. The influence of both nanofiller initial particles size and their aggregation degree on nanocomposites mechanical properties has been shown.
