Articles with "nanoislands based" as a keyword



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Overgrowth of Bi2Te3 nanoislands on Fe-based epitaxial ferromagnetic layers

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Published in 2018 at "CrystEngComm"

DOI: 10.1039/c8ce00882e

Abstract: Bi2Te3 is deposited by hot wall epitaxy in an attempt to form nanosheets on epitaxially-grown ferromagnetic layers of Fe, Fe3Si and Co2FeSi. Bi2Te3 reacts strongly with pure Fe, producing FeTe2. The reaction is suppressed for… read more here.

Keywords: overgrowth bi2te3; nanoislands based; fe3si co2fesi; ferromagnetic layers ... See more keywords