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  KEYWORD

Rivestimenti antiossidativi per materiali termolettrici innovativi

Riferimenti MILENA SALVO, FEDERICO SMEACETTO

Gruppi di ricerca AA - Glasses, Ceramics and Composites

Tipo tesi SPERIMENTALE

Descrizione Thermoelectric materials have the ability through the Seebeck effect of generating electrical energy in response to a temperature gradient. Power plants, automotive exhaust and industrial processes all create an enormous amount of unused wasted heat that could be converted to electricity with efficient thermoelectric devices.
Current prototype devices using these materials are usually operated at relatively low temperatures (<500 C) to avoid degradation and oxidation. If they could be used at higher temperatures, their efficiency would improve.
AIM OF THE THESIS: development of new oxidation protective coatings for thermoelectric devices which can potentially operate at temperatures 500C.


Scadenza validita proposta 28/12/2019      PROPONI LA TUA CANDIDATURA




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