| Article ID | Journal | Published Year | Pages | File Type |
|---|---|---|---|---|
| 820805 | Composites Science and Technology | 2011 | 7 Pages |
In this work, a quantitative analysis method for the estimation of filler dispersion degree of filler particles in composite systems is presented and described. According to the procedure offered dispersion of filler particles of any form is associated with their area and the dispersion parameter D is defined as the probability to fall in a certain range of the particle area distribution. The method has been applied to both model and real systems characterized by different dispersion levels and various filler content. Final results highlight that for the case of better filler dispersion, the characteristic parameter, D, increases, since the quantity of filler particles having identical area and, accordingly, the homogeneity of the systems increase.
► A quantitative analysis of filler dispersion degree in composite system is described. ► Dispersion parameter is defined via the probability of the particle area distribution. ► Systems of different dispersion degrees at various filler contents are analyzed. ► For the case of better filler dispersion characteristic parameter increases.
