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- W2810673670 abstract "Perovskite nickelate heterostructures consisting of single unit cells of ${mathrm{EuNiO}}_{3}$ and ${mathrm{LaNiO}}_{3}$ have been grown on a set of single crystalline substrates by pulsed laser interval deposition to investigate the effect of epitaxial strain on electronic and magnetic properties at the extreme interface limit. Despite the variation of substrate in-plane lattice constants and lattice symmetry, the structural response to heterostructuring is primarily controlled by the presence of the ${mathrm{EuNiO}}_{3}$ layer. In sharp contrast to bulk ${mathrm{LaNiO}}_{3}$ or ${mathrm{EuNiO}}_{3}$, the superlattices grown under tensile strains exhibit metal-to-insulator transitions (MIT) below room temperature. The onset of magnetic and electronic transitions associated with the MIT can be further separated by application of large tensile strain. Furthermore, these transitions can be entirely suppressed by very small compressive strain. X-ray resonant absorption spectroscopy measurements reveal that such strain-controlled MIT is directly linked to a strain-induced self-doping effect without any chemical doping." @default.
- W2810673670 created "2018-07-10" @default.
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- W2810673670 date "2018-07-10" @default.
- W2810673670 modified "2023-10-12" @default.
- W2810673670 title "Epitaxial strain modulated electronic properties of interface controlled nickelate superlattices" @default.
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- W2810673670 doi "https://doi.org/10.1103/physrevb.98.045115" @default.
- W2810673670 hasPublicationYear "2018" @default.
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