EFFECT OF VARIOUS CARBON FILLERS ON THE PROPERTIES OF SEBS BASED ELECTRO-MECHANICAL COMPOSITES
Polymer-based nanocomposites are attracting large attention in recent years both in the scientific and industrial areas. Through the inclusion of fillers and using different processing methods, a wide range of polymer properties (mechanical, electrical, thermal, etc.) can be enhanced. Polymer based piezoresistive materials with wide range of conductive nanofillers arise as a suitable sensor for industrial applications. Different behaviour of macroscopic parameters depending of fillers type and concentration are presented in the literature for the piezoresistive composites. For the moment there is no full understanding of observed results due to the lack of structural and dynamic information at nanoscale for these nanocomposites. Here our objective is to correlate the impact on the macroscopic properties of electro-mechanical composites interesting for industrial applications with the effects of fillers on the structure and atomic mobility. We plan to follow the atomic displacements at the ~ 80 ps scale of the polymer matrix in this kind of nano-composites by EFWS on IN13. We will investigate SEBS with 5%wt of carbonaceous nanofillers with different dimensionality characteristics.
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MAIZ Jon; Arantxa Arbe; COLMENERO Juan; Pablo Muņumer; NATALI Francesca; PETRENKO Viktor; PORCAR Lionel; PORRO AZPIAZU Jose Maria and SHIBAEV Andrey. (2023). EFFECT OF VARIOUS CARBON FILLERS ON THE PROPERTIES OF SEBS BASED ELECTRO-MECHANICAL COMPOSITES. Institut Laue-Langevin (ILL) doi:10.5291/ILL-DATA.9-12-690
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