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Thermoelectric materials that can generate electricity from waste heat will play an important role in the global sustainable energy solution. Low dimensional materials open new routes to high performance thermoelectric properties due to their unique density of states with confined electrons and holes. Here, we report that the phase engineered two dimensional transition metal dichalcogenides represent...
We report on the fabrication of flexible and freestanding n-type thermoelectric Cu intercalated Bi2Se3 nanoplatelet/Polyvinylidene Fluoride (PVDF) composite films. The optimized power factor and figure of merit (ZT) of the Cu0.1Bi2Se3 nanoplatelet/PVDF composites are 103μWm−1K−2 and 0.10 at 290K, respectively, which are one of the highest values for n-type thermoelectric films. The mechanism by which...
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