The percolation model of viscosity of colloidal systems rubber/disperse filler
The rheological properties of colloidal systems rubber/disperse filler where studied within the framework of percolation theory. The model of random superconducting network or the limit of “termite” was used. It has been shown that viscosity of the indicated systems is defined by three factors: filler content, structure of particles (aggregates of particles) of filler, characterized by its fractal dimension, and actually shearing rate.
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Keywords
rubber, disperse filler, limit of “termite”, viscosity, shearing rate, structure, fractal dimensionAuthors
| Name | Organization | |
| Dolbin I.V. | Kh.M. Berbekov Kabardino-Balkarian State University | i_dolbin@mail.ru |
| Magomedov M.A. | Dagestan State Medical University | magmagab@mail.ru |
| Kozlov G.V. | Kh.M. Berbekov Kabardino-Balkarian State University | i_dolbin@mail.ru |
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