Meanwhile, as seen from Figure 8 a, the Ln( GF ) of the composites prepared by the two roll method and flocculation method linearly increase as the applied strain increases (R 2 > 0.9); in contrast, the Ln( GF ) shows a decreasing trend for the solution method composite and a lower GF ( Figure S4 ), indicating that two roll method composites with the segregated network have a higher GF than the other two methods.
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Effect of the Processing on the Resistance-Strain Response of Multiwalled Carbon Nanotube/Natural Rubber Composites for Use in Large Deformation Sensors.
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