Stretchable nanoparticle conductors with self-organized conductive pathways
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...Metal nanoparticles or flakes have also been shown to be good filler materials under specific conditions because of their ability to self-organize upon stretching (7, 18)....
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"Stretchable nanoparticle conductors..." refers background or methods in this paper
...The green line shows the calculated conductivity of the LBL composite based on the power-law relation in equation (1) and three-dimensional percolation theory....
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...Thus, V c in equation (1) was modified by introducing a self-assembly coefficient a with square-root dependency of e as follows:...
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...The prepared composites presented an interesting case for percolation theory because of (1) the unusually high conductance of particles with minimal aspect ratio and (2) the extensive structural characterization (Figs 1–3)....
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...Unambiguous application of equation (1) to VAF composites is difficult owing to aggregation of nanoparticles (Fig....
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...The application of LBL allowed us to (1) reach high nanoparticle loadings, (2) maintain the uniformity of nanoparticle distribution throughout the material, and (3) make adequate comparisons between nanoparticle composites with different nanoscale fillers(22)....
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