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• W2581463612 endingPage "2614" @default.
• W2581463612 startingPage "2599" @default.
• W2581463612 abstract "The most favorable structures and the types of magnetic ordering predicted from first-principles-based methods in a family of closely related transition-metal-rich indides EuT5In (T = Cu, Ag, Au) are gauged against relevant experiments. The EuT5In compounds adopt a different structure for each different coinage metal—EuCu5In (hR42; R3̅m, a = 5.0933(7), c = 30.557(6) Å), EuAg5In (oP28; Pnma, a = 9.121(2), b = 5.645(1), c = 11.437(3) Å), and EuAu5In (tI14; I4/mmm, a = 7.1740(3), c = 5.4425(3) Å)—and crystallize with the Sr5Al9, CeCu6, and YbMo2Al4 structure types, respectively. EuCu5In and EuAg5In order antiferromagnetically at TN = 12 and 6 K, respectively, whereas EuAu5In is ferromagnetic below TC = 13 K. EuCu5In exhibits complex magnetism: after the initial drop at TN, the magnetization rises again below 8 K, and a weak metamagnetic-like transition occurs at 2 K in μ0H = 1.8 T. The electronic heat capacity of EuCu5In, γ = ∼400 mJ/(mol K2), points to strong electronic correlations. Spin-polarized densities of states suggest that the magnetic interactions in the three materials studied are supported via mixing 4f and 5d states of Eu. A chemical bonding analysis based on the Crystal Orbital Hamilton populations reveals the tendency to maximize overall bonding as a driving force to adopt a particular type of crystal structure." @default.
• W2581463612 created "2017-02-03" @default.
• W2581463612 creator A5021286072 @default.
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• W2581463612 creator A5085165930 @default.
• W2581463612 date "2017-02-17" @default.
• W2581463612 modified "2023-10-17" @default.
• W2581463612 title "Magnetocaloric Behavior in Ternary Europium Indides EuT₅In: Probing the Design Capability of First-Principles-Based Methods on the Multifaceted Magnetic Materials" @default.
• W2581463612 cites W1502456662 @default.
• W2581463612 cites W1568349674 @default.
• W2581463612 cites W1821810485 @default.
• W2581463612 cites W1876309074 @default.
• W2581463612 cites W1964690210 @default.
• W2581463612 cites W1965088969 @default.
• W2581463612 cites W1965272987 @default.
• W2581463612 cites W1965505432 @default.
• W2581463612 cites W1969826470 @default.
• W2581463612 cites W1970127494 @default.
• W2581463612 cites W1977556805 @default.
• W2581463612 cites W1977899647 @default.
• W2581463612 cites W1979544533 @default.
• W2581463612 cites W1981368803 @default.
• W2581463612 cites W1982718477 @default.
• W2581463612 cites W1988762313 @default.
• W2581463612 cites W1990961831 @default.
• W2581463612 cites W1990968786 @default.
• W2581463612 cites W1992473178 @default.
• W2581463612 cites W1993620345 @default.
• W2581463612 cites W1994928262 @default.
• W2581463612 cites W1999209385 @default.
• W2581463612 cites W2003890829 @default.
• W2581463612 cites W2007395042 @default.
• W2581463612 cites W2011736192 @default.
• W2581463612 cites W2015002195 @default.
• W2581463612 cites W2015368765 @default.
• W2581463612 cites W2016151544 @default.
• W2581463612 cites W2016587795 @default.
• W2581463612 cites W2033457193 @default.
• W2581463612 cites W2041383172 @default.
• W2581463612 cites W2042406144 @default.
• W2581463612 cites W2044375044 @default.
• W2581463612 cites W2045422482 @default.
• W2581463612 cites W2049187244 @default.
• W2581463612 cites W2049293720 @default.
• W2581463612 cites W2050030213 @default.
• W2581463612 cites W2052663622 @default.
• W2581463612 cites W2057293427 @default.
• W2581463612 cites W2058918539 @default.
• W2581463612 cites W2059534951 @default.
• W2581463612 cites W2061147953 @default.
• W2581463612 cites W2065470694 @default.
• W2581463612 cites W2065847275 @default.
• W2581463612 cites W2071026025 @default.
• W2581463612 cites W2071342268 @default.
• W2581463612 cites W2079105963 @default.
• W2581463612 cites W2081537415 @default.
• W2581463612 cites W2083222334 @default.
• W2581463612 cites W2088043604 @default.
• W2581463612 cites W2088444129 @default.
• W2581463612 cites W2090733369 @default.
• W2581463612 cites W2094618725 @default.
• W2581463612 cites W2095035915 @default.
• W2581463612 cites W2097832646 @default.
• W2581463612 cites W2098959980 @default.
• W2581463612 cites W2103191961 @default.
• W2581463612 cites W2120065099 @default.
• W2581463612 cites W2121237359 @default.
• W2581463612 cites W2121431463 @default.
• W2581463612 cites W2121817924 @default.
• W2581463612 cites W2130379721 @default.
• W2581463612 cites W2130764765 @default.
• W2581463612 cites W2131350133 @default.
• W2581463612 cites W2135261637 @default.
• W2581463612 cites W2144332006 @default.
• W2581463612 cites W2145538332 @default.
• W2581463612 cites W2148596493 @default.
• W2581463612 cites W2161177631 @default.
• W2581463612 cites W2171616626 @default.
• W2581463612 cites W2211255256 @default.
• W2581463612 cites W2263443092 @default.
• W2581463612 cites W2319807631 @default.
• W2581463612 cites W2322232911 @default.
• W2581463612 cites W2322991952 @default.
• W2581463612 cites W2327821877 @default.
• W2581463612 cites W2344295098 @default.
• W2581463612 cites W2413275333 @default.
• W2581463612 cites W2414291988 @default.
• W2581463612 cites W2480835333 @default.
• W2581463612 cites W2582502902 @default.
• W2581463612 cites W2620749319 @default.
• W2581463612 cites W2949304493 @default.
• W2581463612 cites W2949395958 @default.
• W2581463612 cites W2949535157 @default.

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