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A simulator is developed to estimate the electrical conductivity of polymer/nanotube composite layers as well as the change in their resistances under an applied strain. Simulation results are verified using experimental data on SU-8/Multiwall Carbon NanoTube composites. The model is based on conduction through a polymer body due to percolation between the conductive nanotubes. The simulator predicts...
We are reporting the development of a conductive nanocomposite for sensing applications. Unlike the previously reported research, our process flow allows for fabrication of nanocomposite structures that can be patterned using typical lithography techniques for fine features. This advantage lets us fabricate embedded micro-sensors within a multi-layer polymer structure. In order to demonstrate the...
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