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• W2120012304 abstract "We calculate the properties of the $4d$ ferromagnet ${text{SrRuO}}_{3}$ in bulk and thin film form with the aim of understanding the experimentally observed metal-to-insulator transition at reduced thickness. Although the spatial extent of the $4d$ orbitals is quite large, many experimental results have suggested that electron-electron correlations play an important role in determining this material's electronic structure. In order to investigate the importance of correlation, we use two approaches which go beyond the conventional local-density approximation to density-functional theory (DFT): the local spin-density $text{approximation}+text{Hubbard}$ $U$ $(text{LSDA}+U)$ and the pseudopotential self-interaction correction (pseudo-SIC) methods. We find that the details of the electronic structure predicted with the LSDA do not agree with the experimental spectroscopic data for bulk and thin film ${text{SrRuO}}_{3}$. Improvement is found by including electron-electron correlations, and we suggest that bulk orthorhombic ${text{SrRuO}}_{3}$ is a moderately correlated ferromagnet whose electronic structure is best described by a 0.6 eV on-site Hubbard term, or equivalently with corrections for the self-interaction error. We also perform ab initio transport calculations that confirm that ${text{SrRuO}}_{3}$ has a negative spin polarization at the Fermi level, due to the position of the minority $text{Ru}text{ }4d$ band center. Even with static correlations included in our calculations we are unable to reproduce the experimentally observed metal-insulator transition, suggesting that the electronic behavior of ${text{SrRuO}}_{3}$ ultrathin films might be dominated by extrinsic factors, such as surface disorder and defects, or due to dynamic spin correlations which are not included in our theoretical methods." @default.
• W2120012304 created "2016-06-24" @default.
• W2120012304 creator A5007838414 @default.
• W2120012304 creator A5012935227 @default.
• W2120012304 creator A5049903688 @default.
• W2120012304 creator A5079173175 @default.
• W2120012304 date "2008-10-07" @default.
• W2120012304 modified "2023-10-14" @default.
• W2120012304 title "Electronic properties of bulk and thin film<mml:math xmlns:mml=http://www.w3.org/1998/Math/MathML display=inline><mml:mrow><mml:msub><mml:mrow><mml:mtext>SrRuO</mml:mtext></mml:mrow><mml:mn>3</mml:mn></mml:msub></mml:mrow></mml:math>: Search for the metal-insulator transition" @default.
• W2120012304 cites W1563489844 @default.
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• W2120012304 cites W1582590434 @default.
• W2120012304 cites W1609816213 @default.
• W2120012304 cites W1668883769 @default.
• W2120012304 cites W1674907990 @default.
• W2120012304 cites W1675041774 @default.
• W2120012304 cites W1717338174 @default.
• W2120012304 cites W1968079032 @default.
• W2120012304 cites W1970127494 @default.
• W2120012304 cites W1972223082 @default.
• W2120012304 cites W1977700257 @default.
• W2120012304 cites W1979544533 @default.
• W2120012304 cites W1979792422 @default.
• W2120012304 cites W1983816564 @default.
• W2120012304 cites W1985437567 @default.
• W2120012304 cites W1986731219 @default.
• W2120012304 cites W1988675514 @default.
• W2120012304 cites W1988762313 @default.
• W2120012304 cites W1991468283 @default.
• W2120012304 cites W1994722729 @default.
• W2120012304 cites W1997557175 @default.
• W2120012304 cites W2001281239 @default.
• W2120012304 cites W2007809712 @default.
• W2120012304 cites W2009493744 @default.
• W2120012304 cites W2013934412 @default.
• W2120012304 cites W2016142386 @default.
• W2120012304 cites W2017086461 @default.
• W2120012304 cites W2018705867 @default.
• W2120012304 cites W2025870448 @default.
• W2120012304 cites W2026298786 @default.
• W2120012304 cites W2026907619 @default.
• W2120012304 cites W2028549455 @default.
• W2120012304 cites W2029635197 @default.
• W2120012304 cites W2035472652 @default.
• W2120012304 cites W2036113194 @default.
• W2120012304 cites W2041342182 @default.
• W2120012304 cites W2041726686 @default.
• W2120012304 cites W2042473487 @default.
• W2120012304 cites W2045596260 @default.
• W2120012304 cites W2048345851 @default.
• W2120012304 cites W2051051057 @default.
• W2120012304 cites W2051696997 @default.
• W2120012304 cites W2052637367 @default.
• W2120012304 cites W2055640329 @default.
• W2120012304 cites W2057195617 @default.
• W2120012304 cites W2059850674 @default.
• W2120012304 cites W2061322388 @default.
• W2120012304 cites W2062804678 @default.
• W2120012304 cites W2069177212 @default.
• W2120012304 cites W2075385768 @default.
• W2120012304 cites W2081298453 @default.
• W2120012304 cites W2083222334 @default.
• W2120012304 cites W2092501237 @default.
• W2120012304 cites W2092589550 @default.
• W2120012304 cites W2092632693 @default.
• W2120012304 cites W2098494600 @default.
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• W2120012304 cites W2124886007 @default.
• W2120012304 cites W2126333412 @default.
• W2120012304 cites W2128120470 @default.
• W2120012304 cites W2141704677 @default.
• W2120012304 cites W2147227982 @default.
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• W2120012304 cites W2209144164 @default.
• W2120012304 cites W2214505330 @default.
• W2120012304 cites W2230728100 @default.
• W2120012304 cites W2241100365 @default.
• W2120012304 cites W2321985700 @default.
• W2120012304 cites W2340838758 @default.
• W2120012304 cites W2992485453 @default.
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• W2120012304 doi "https://doi.org/10.1103/physrevb.78.155107" @default.
• W2120012304 hasPublicationYear "2008" @default.
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