Ab initio modeling and experimental investigation of Fe$_2$P by DFT and spin spectroscopies
Phys. Rev. Materials 5, 044411 (2021) Fe$_2$P alloys have been identified as promising candidates for magnetic refrigeration at room-temperature and for custom magnetostatic applications. The intent of this study is to accurately characterize the magnetic ground state of the parent compound, Fe$_2$P...
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| creator | Bonfà, Pietro Isah, Muhammad Maikudi Frandsen, Benjamin A Gibson, Ethan J Brück, Ekkes Onuorah, Ifeanyi John De Renzi, Roberto Allodi, Giuseppe |
| description | Phys. Rev. Materials 5, 044411 (2021) Fe$_2$P alloys have been identified as promising candidates for magnetic
refrigeration at room-temperature and for custom magnetostatic applications.
The intent of this study is to accurately characterize the magnetic ground
state of the parent compound, Fe$_2$P, with two spectroscopic techniques,
$\mu$SR and NMR, in order to provide solid bases for further experimental
analysis of Fe$_2$P-type transition metal based alloys. We perform zero applied
field measurements using both techniques below the ferromagnetic transition
$T_C=220~\mathrm K$. The experimental results are reproduced and interpreted
using first principles simulations validating this approach for quantitative
estimates in alloys of interest for technological applications. |
| doi_str_mv | 10.48550/arxiv.2011.03758 |
| format | Article |
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refrigeration at room-temperature and for custom magnetostatic applications.
The intent of this study is to accurately characterize the magnetic ground
state of the parent compound, Fe$_2$P, with two spectroscopic techniques,
$\mu$SR and NMR, in order to provide solid bases for further experimental
analysis of Fe$_2$P-type transition metal based alloys. We perform zero applied
field measurements using both techniques below the ferromagnetic transition
$T_C=220~\mathrm K$. The experimental results are reproduced and interpreted
using first principles simulations validating this approach for quantitative
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refrigeration at room-temperature and for custom magnetostatic applications.
The intent of this study is to accurately characterize the magnetic ground
state of the parent compound, Fe$_2$P, with two spectroscopic techniques,
$\mu$SR and NMR, in order to provide solid bases for further experimental
analysis of Fe$_2$P-type transition metal based alloys. We perform zero applied
field measurements using both techniques below the ferromagnetic transition
$T_C=220~\mathrm K$. The experimental results are reproduced and interpreted
using first principles simulations validating this approach for quantitative
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refrigeration at room-temperature and for custom magnetostatic applications.
The intent of this study is to accurately characterize the magnetic ground
state of the parent compound, Fe$_2$P, with two spectroscopic techniques,
$\mu$SR and NMR, in order to provide solid bases for further experimental
analysis of Fe$_2$P-type transition metal based alloys. We perform zero applied
field measurements using both techniques below the ferromagnetic transition
$T_C=220~\mathrm K$. The experimental results are reproduced and interpreted
using first principles simulations validating this approach for quantitative
estimates in alloys of interest for technological applications.</abstract><doi>10.48550/arxiv.2011.03758</doi><oa>free_for_read</oa></addata></record> |
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| title | Ab initio modeling and experimental investigation of Fe$_2$P by DFT and spin spectroscopies |
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