Air Separation And Oxygen Storage Properties Of Hexagonal Oxides - Abughayada, Castro
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This manuscript presents evaluation results of hexagonal Y1-xRxMnO3+d (R = Er, Y, Dy, Pr, La, Tb and Ho) rare-earth manganites for prospective air-separation applications. The reversible oxygen storage characteristics of HoMnO3+d and related materials shown by the fast incorporation and release of interstitial oxygen at easily accessible elevated temperatures of ~300 oC demonstrate the feasibility and potential for low-cost thermal swing adsorption TSA process for oxygen separation and enrichment from air.

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Produktbeschreibung
This manuscript presents evaluation results of hexagonal Y1-xRxMnO3+d (R = Er, Y, Dy, Pr, La, Tb and Ho) rare-earth manganites for prospective air-separation applications. The reversible oxygen storage characteristics of HoMnO3+d and related materials shown by the fast incorporation and release of interstitial oxygen at easily accessible elevated temperatures of ~300 oC demonstrate the feasibility and potential for low-cost thermal swing adsorption TSA process for oxygen separation and enrichment from air.
Autorenporträt
Castro Abughayada finished his PhD in Physics from Northern Illinois University in Dekalb, Illinois in 2015. His area of interests covers the low and high temperature characterization of novel oxides and synthesis of multiferroic epitaxial thin films.