Thermoelectric (TE) devices and thermoelectro-galvanic (TEG) cells harvest energy by convertingwaste-heat (dissipative form of energy) into electrical energy (precious form with conveyable features). The combination of features like processability, flexibility, lightweight, nontoxicity, low thermal conductivity and high chemical stability in organic electric conductors make them novel palatable materials for thermal energy conversion
Printable Thermoelectric Device for Low Temperature Energy Harvesting
Marchini E.;Carli S.;Caramori S.
2024
Abstract
Thermoelectric (TE) devices and thermoelectro-galvanic (TEG) cells harvest energy by convertingwaste-heat (dissipative form of energy) into electrical energy (precious form with conveyable features). The combination of features like processability, flexibility, lightweight, nontoxicity, low thermal conductivity and high chemical stability in organic electric conductors make them novel palatable materials for thermal energy conversionFile in questo prodotto:
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