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- W4214889748 abstract "Isolated nonmagnetic substitutional defect ions experience huge coupled electric magnetic interaction in the single-phase multiferroic ${mathrm{BiFeO}}_{3}$. In the ferroelectric state above the magnetic N'eel temperature ${T}_{N}$, the electric environment generates a single symmetric electric field gradient (EFG) parallel to the electric polarization direction. Below ${T}_{N}$, a distinct magnetic interaction arises, monitored by the probe nuclei via their magnetic moment. Two magnetic environments arise, given by the relative angle of the local magnetic moment within its easy magnetic plane with respect to the EFG orientation. The angle between field gradient orientation and magnetic field direction is the most stable fitting parameter. The magnetic interaction concomitantly increases the EFG dramatically which reflects an outstandingly large local magnetoelectric coupling. In the set of best fits, two different electric environments form concurrently with two distinctly different local magnetic fields. The magnetic ordering in ${mathrm{BiFeO}}_{3}$ thus completely distorts the electric environment of the nonmagnetic probe nucleus. The implications for the local effect of dopants in ${mathrm{BiFeO}}_{3}$ are discussed. A third probe environment arising independent of temperature is identified and associated with an iron vacancy." @default.
- W4214889748 created "2022-03-05" @default.
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- W4214889748 date "2022-03-04" @default.
- W4214889748 modified "2023-09-29" @default.
- W4214889748 title "Strong magnetoelectric coupling at an atomic nonmagnetic electromagnetic probe in bismuth ferrite" @default.
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- W4214889748 cites W1627159505 @default.
- W4214889748 cites W1644426019 @default.
- W4214889748 cites W1669766051 @default.
- W4214889748 cites W1671638385 @default.
- W4214889748 cites W1966087283 @default.
- W4214889748 cites W1967612932 @default.
- W4214889748 cites W1969123180 @default.
- W4214889748 cites W1970127494 @default.
- W4214889748 cites W1972157506 @default.
- W4214889748 cites W1974983686 @default.
- W4214889748 cites W1981368803 @default.
- W4214889748 cites W1983889944 @default.
- W4214889748 cites W1985913026 @default.
- W4214889748 cites W1986731219 @default.
- W4214889748 cites W1987711474 @default.
- W4214889748 cites W1992818662 @default.
- W4214889748 cites W1993721415 @default.
- W4214889748 cites W1997744870 @default.
- W4214889748 cites W1998113984 @default.
- W4214889748 cites W2003077601 @default.
- W4214889748 cites W2005091196 @default.
- W4214889748 cites W2005776232 @default.
- W4214889748 cites W2009657450 @default.
- W4214889748 cites W2010756050 @default.
- W4214889748 cites W2012366688 @default.
- W4214889748 cites W2016168218 @default.
- W4214889748 cites W2017977063 @default.
- W4214889748 cites W2020363296 @default.
- W4214889748 cites W2032032302 @default.
- W4214889748 cites W2033707237 @default.
- W4214889748 cites W2035043794 @default.
- W4214889748 cites W2036330621 @default.
- W4214889748 cites W2039088636 @default.
- W4214889748 cites W2042772931 @default.
- W4214889748 cites W2047814839 @default.
- W4214889748 cites W2048863158 @default.
- W4214889748 cites W2050821943 @default.
- W4214889748 cites W2054676005 @default.
- W4214889748 cites W2065166753 @default.
- W4214889748 cites W2067624478 @default.
- W4214889748 cites W2075262639 @default.
- W4214889748 cites W2077106801 @default.
- W4214889748 cites W2080775455 @default.
- W4214889748 cites W2083222334 @default.
- W4214889748 cites W2087127629 @default.
- W4214889748 cites W2088113698 @default.
- W4214889748 cites W2089230796 @default.
- W4214889748 cites W2093455740 @default.
- W4214889748 cites W2124851915 @default.
- W4214889748 cites W2136672809 @default.
- W4214889748 cites W2144675308 @default.
- W4214889748 cites W2151047562 @default.
- W4214889748 cites W2167590372 @default.
- W4214889748 cites W2315570701 @default.
- W4214889748 cites W2325461124 @default.
- W4214889748 cites W2327333534 @default.
- W4214889748 cites W2329802453 @default.
- W4214889748 cites W2481025588 @default.
- W4214889748 cites W2594692737 @default.
- W4214889748 cites W2595332376 @default.
- W4214889748 cites W2606784337 @default.
- W4214889748 cites W2610727375 @default.
- W4214889748 cites W2735806552 @default.
- W4214889748 cites W2736707691 @default.
- W4214889748 cites W2754504461 @default.
- W4214889748 cites W2770765368 @default.
- W4214889748 cites W3087579324 @default.
- W4214889748 cites W3100259440 @default.
- W4214889748 cites W3104792131 @default.
- W4214889748 cites W3118201611 @default.
- W4214889748 cites W4206382491 @default.
- W4214889748 cites W4225705946 @default.
- W4214889748 cites W4234792339 @default.
- W4214889748 doi "https://doi.org/10.1103/physrevb.105.094102" @default.
- W4214889748 hasPublicationYear "2022" @default.
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