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• W2809561331 abstract "Accurate description of electronic band structure of strongly correlated $d$- or $f$-electron materials has been regarded as a great challenge for first-principles electronic structure theory. Previous theoretical studies based on the $GW$ approach has met mixed success, and in particular, the one-short (${G}_{0}{W}_{0}$) or partially self-consistent (${GW}_{0}$) approaches with the local or semilocal density functional approximations plus the Hubbard $U$ correction ($GW$@LDA+$U$) as the reference systematically underestimate the binding energies of occupied $d$ or $f$ states. In this work we have investigated quasiparticle electronic band structures of a series of $d$- or $f$-electron oxides including late transition metal mono-oxides (TMO, TM = Mn, Fe, Co, and Ni), ${mathrm{La}}_{2}{mathrm{O}}_{3}$, ${mathrm{CeO}}_{2}$, ${mathrm{Ce}}_{2}{mathrm{O}}_{3}$, and ${mathrm{UO}}_{2}$. It is shown that a large part of the errors observed in previous $GW$ studies can be attributed to numerical errors related to the inaccuracy of unoccupied states and the incompleteness of the summation of states, which can be effectively overcome by including high-energy local orbitals (HLOs) in the linearized augmented plane waves (LAPW) framework." @default.
• W2809561331 created "2018-06-29" @default.
• W2809561331 creator A5080797827 @default.
• W2809561331 date "2018-06-21" @default.
• W2809561331 modified "2023-10-04" @default.
• W2809561331 title "Revisiting the <mml:math xmlns:mml=http://www.w3.org/1998/Math/MathML><mml:mrow><mml:mi>G</mml:mi><mml:mi>W</mml:mi></mml:mrow></mml:math> approach to <mml:math xmlns:mml=http://www.w3.org/1998/Math/MathML><mml:mi>d</mml:mi></mml:math> - and <mml:math xmlns:mml=http://www.w3.org/1998/Math/MathML><mml:mi>f</mml:mi></mml:math> -electron oxides" @default.
• W2809561331 cites W1493386496 @default.
• W2809561331 cites W1516071289 @default.
• W2809561331 cites W1545745907 @default.
• W2809561331 cites W1622268284 @default.
• W2809561331 cites W1964734263 @default.
• W2809561331 cites W1966770095 @default.
• W2809561331 cites W1968671914 @default.
• W2809561331 cites W1968795317 @default.
• W2809561331 cites W1969472372 @default.
• W2809561331 cites W1974845389 @default.
• W2809561331 cites W1981368803 @default.
• W2809561331 cites W1981863680 @default.
• W2809561331 cites W1989458964 @default.
• W2809561331 cites W1996150889 @default.
• W2809561331 cites W1996621659 @default.
• W2809561331 cites W1999573114 @default.
• W2809561331 cites W2005147825 @default.
• W2809561331 cites W2007091872 @default.
• W2809561331 cites W2008941858 @default.
• W2809561331 cites W2011327487 @default.
• W2809561331 cites W2012699480 @default.
• W2809561331 cites W2013227032 @default.
• W2809561331 cites W2013465150 @default.
• W2809561331 cites W2014094922 @default.
• W2809561331 cites W2017160834 @default.
• W2809561331 cites W2024046694 @default.
• W2809561331 cites W2030839835 @default.
• W2809561331 cites W2032379146 @default.
• W2809561331 cites W2032912527 @default.
• W2809561331 cites W2042330381 @default.
• W2809561331 cites W2046027452 @default.
• W2809561331 cites W2046726365 @default.
• W2809561331 cites W2047218923 @default.
• W2809561331 cites W2048181870 @default.
• W2809561331 cites W2048800743 @default.
• W2809561331 cites W2049434963 @default.
• W2809561331 cites W2051769531 @default.
• W2809561331 cites W2052090344 @default.
• W2809561331 cites W2053499780 @default.
• W2809561331 cites W2053984751 @default.
• W2809561331 cites W2055640326 @default.
• W2809561331 cites W2057484842 @default.
• W2809561331 cites W2057862300 @default.
• W2809561331 cites W2058014257 @default.
• W2809561331 cites W2059315794 @default.
• W2809561331 cites W2061234664 @default.
• W2809561331 cites W2061583169 @default.
• W2809561331 cites W2065232307 @default.
• W2809561331 cites W2065798107 @default.
• W2809561331 cites W2069341224 @default.
• W2809561331 cites W2071056016 @default.
• W2809561331 cites W2071554337 @default.
• W2809561331 cites W2075343987 @default.
• W2809561331 cites W2078256134 @default.
• W2809561331 cites W2079308174 @default.
• W2809561331 cites W2079969416 @default.
• W2809561331 cites W2080687295 @default.
• W2809561331 cites W2082727086 @default.
• W2809561331 cites W2083929319 @default.
• W2809561331 cites W2086005982 @default.
• W2809561331 cites W2087434238 @default.
• W2809561331 cites W2087496733 @default.
• W2809561331 cites W2091385190 @default.
• W2809561331 cites W2093608485 @default.
• W2809561331 cites W2100389310 @default.
• W2809561331 cites W2102254026 @default.
• W2809561331 cites W2106154155 @default.
• W2809561331 cites W2107619757 @default.
• W2809561331 cites W2134013113 @default.
• W2809561331 cites W2143534614 @default.
• W2809561331 cites W2147720517 @default.
• W2809561331 cites W2169486309 @default.
• W2809561331 cites W2213661808 @default.
• W2809561331 cites W2317485227 @default.
• W2809561331 cites W2317930506 @default.
• W2809561331 cites W2332070312 @default.
• W2809561331 cites W2332669443 @default.
• W2809561331 cites W2403917199 @default.
• W2809561331 cites W2528685568 @default.
• W2809561331 cites W2602677896 @default.
• W2809561331 cites W2606261024 @default.
• W2809561331 cites W3098949532 @default.
• W2809561331 cites W3099813829 @default.
• W2809561331 cites W3102078140 @default.
• W2809561331 cites W3104033856 @default.
• W2809561331 cites W3104390936 @default.
• W2809561331 cites W3104543849 @default.
• W2809561331 cites W3145308047 @default.
• W2809561331 doi "https://doi.org/10.1103/physrevb.97.245132" @default.
• W2809561331 hasPublicationYear "2018" @default.
• W2809561331 type Work @default.
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