Epitaxial growth stabilizes a layered tetragonal FeGe2 (P4mm) phase in Ge(Fe,Si) films that does not exist as a bulk material.
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2019 2verdicts
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Bloch wave propagation combined with hydrodynamic trajectories is used to map electron wave functions and analyze diffraction in real space for two-beam and systematic row conditions.
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Ordered structure of FeGe$_2$ formed during solid-phase epitaxy
Epitaxial growth stabilizes a layered tetragonal FeGe2 (P4mm) phase in Ge(Fe,Si) films that does not exist as a bulk material.
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A hydrodynamic approach to electron beam imaging using a Bloch wave representation
Bloch wave propagation combined with hydrodynamic trajectories is used to map electron wave functions and analyze diffraction in real space for two-beam and systematic row conditions.