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• W1567802130 abstract "We present a detailed investigation of the electronic phase diagram of effectively charge compensated ${text{Ba}}_{1ensuremath{-}x}$${text{K}}_{x}$(${text{Fe}}_{1ensuremath{-}y}$${text{Co}}_{y}$)${}_{2}$${text{As}}_{2}$ with $x/2ensuremath{approx}y$. Our experimental study by means of x-ray diffraction, Mossbauer spectroscopy, muon spin relaxation and ac-susceptibility measurements on polycrystalline samples is complemented by density functional electronic structure calculations. For low substitution levels of $x/2ensuremath{approx}yensuremath{le}0.13$, the system displays an orthorhombically distorted and antiferromagnetically ordered ground state. The low-temperature structural and magnetic order parameters are successively reduced with increasing substitution level. We observe a linear relationship between the structural and the magnetic order parameter as a function of temperature and substitution level for $x/2ensuremath{approx}yensuremath{le}0.13$. At intermediate substitution levels in the range between 0.13 and 0.19, we find superconductivity with a maximum ${T}_{c}$ of 15 K coexisting with static magnetic order on a microscopic length scale. For higher substitution levels $x/2ensuremath{approx}yensuremath{ge}0.25$, a tetragonal nonmagnetic ground state is observed. Our DFT calculations yield a significant reduction of the Fe $3d$ density of states at the Fermi energy and a strong suppression of the ordered magnetic moment in excellent agreement with experimental results. The appearance of superconductivity within the antiferromagnetic state can by explained by the introduction of disorder due to nonmagnetic impurities to a system with a constant charge carrier density." @default.
• W1567802130 created "2016-06-24" @default.
• W1567802130 creator A5019379831 @default.
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• W1567802130 date "2014-04-23" @default.
• W1567802130 modified "2023-09-23" @default.
• W1567802130 title "Microscopic coexistence of magnetism and superconductivity in charge-compensated<mml:math xmlns:mml=http://www.w3.org/1998/Math/MathML><mml:msub><mml:mtext>Ba</mml:mtext><mml:mrow><mml:mn>1</mml:mn><mml:mo>−</mml:mo><mml:mi>x</mml:mi></mml:mrow></mml:msub></mml:math><mml:math xmlns:mml=http://www.w3.org/1998/Math/MathML><mml:msub><mml:mtext>K</mml:mtext><mml:mi>x</mml:mi></mml:msub></mml:math>(<mml:math xmlns:mml=http://www.w3.org/1998/Math/MathML><mml:msub><mml:mtext>Fe</mml:mtext><mml:…" @default.
• W1567802130 cites W1513135927 @default.
• W1567802130 cites W1548617198 @default.
• W1567802130 cites W1572197837 @default.
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• W1567802130 cites W1606627063 @default.
• W1567802130 cites W1630922030 @default.
• W1567802130 cites W1639301110 @default.
• W1567802130 cites W1644277384 @default.
• W1567802130 cites W1758838835 @default.
• W1567802130 cites W1828199421 @default.
• W1567802130 cites W1864227942 @default.
• W1567802130 cites W1952176424 @default.
• W1567802130 cites W1965727653 @default.
• W1567802130 cites W1969663878 @default.
• W1567802130 cites W1970159692 @default.
• W1567802130 cites W1972823788 @default.
• W1567802130 cites W1974378834 @default.
• W1567802130 cites W1977447517 @default.
• W1567802130 cites W1977985383 @default.
• W1567802130 cites W1978908986 @default.
• W1567802130 cites W1979009550 @default.
• W1567802130 cites W1982019709 @default.
• W1567802130 cites W1984177237 @default.
• W1567802130 cites W1984294268 @default.
• W1567802130 cites W1986989016 @default.
• W1567802130 cites W1992840317 @default.
• W1567802130 cites W1994916882 @default.
• W1567802130 cites W1996624747 @default.
• W1567802130 cites W1999993559 @default.
• W1567802130 cites W2001798613 @default.
• W1567802130 cites W2009691855 @default.
• W1567802130 cites W2010188222 @default.
• W1567802130 cites W2011721578 @default.
• W1567802130 cites W2013445204 @default.
• W1567802130 cites W2014866290 @default.
• W1567802130 cites W2020614667 @default.
• W1567802130 cites W2021061538 @default.
• W1567802130 cites W2032577442 @default.
• W1567802130 cites W2038492727 @default.
• W1567802130 cites W2039755679 @default.
• W1567802130 cites W2047254093 @default.
• W1567802130 cites W2049079467 @default.
• W1567802130 cites W2054659662 @default.
• W1567802130 cites W2067331348 @default.
• W1567802130 cites W2072568138 @default.
• W1567802130 cites W2078901666 @default.
• W1567802130 cites W2081684175 @default.
• W1567802130 cites W2084937899 @default.
• W1567802130 cites W2086032424 @default.
• W1567802130 cites W2086594976 @default.
• W1567802130 cites W2087238590 @default.
• W1567802130 cites W2089604821 @default.
• W1567802130 cites W2093131538 @default.
• W1567802130 cites W2094784046 @default.
• W1567802130 cites W2103843346 @default.
• W1567802130 cites W2106643584 @default.
• W1567802130 cites W2118259512 @default.
• W1567802130 cites W2119454549 @default.
• W1567802130 cites W2138419755 @default.
• W1567802130 cites W2139814958 @default.
• W1567802130 cites W2143202785 @default.
• W1567802130 cites W2149503559 @default.
• W1567802130 cites W2151587420 @default.
• W1567802130 cites W2156005792 @default.
• W1567802130 cites W2167094208 @default.
• W1567802130 cites W2168322946 @default.
• W1567802130 cites W2270484030 @default.
• W1567802130 cites W2323974941 @default.
• W1567802130 cites W2507316136 @default.
• W1567802130 cites W274821863 @default.
• W1567802130 cites W3023127551 @default.
• W1567802130 cites W3029854885 @default.
• W1567802130 cites W3098174332 @default.
• W1567802130 cites W3098867948 @default.
• W1567802130 cites W3099004953 @default.
• W1567802130 doi "https://doi.org/10.1103/physrevb.89.144511" @default.
• W1567802130 hasPublicationYear "2014" @default.
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