Resonant magnetic reflectivity from U/Fe multilayers

The resonant magnetic reflectivity from U/Fe multilayers was analyzed. These multilayers were produced through dc sputtering and analyzed using techniques such as polarized neutron reflectivity, conversion electron Mössbauer spectroscopy and magneto-optic measurements. The reversal of the polarity o...

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Main Authors: Brown, S, Beesley, A, Herring, A, Mannix, D, Thomas, M, Thompson, P, Bouchenoire, L, Langridge, S, Lander, G, Stirling, W, Mirone, A, Ward, R, Wells, MR, Zochowski, S
格式: Journal article
出版: 2003
_version_ 1826295449987842048
author Brown, S
Beesley, A
Herring, A
Mannix, D
Thomas, M
Thompson, P
Bouchenoire, L
Langridge, S
Lander, G
Stirling, W
Mirone, A
Ward, R
Wells, MR
Zochowski, S
author_facet Brown, S
Beesley, A
Herring, A
Mannix, D
Thomas, M
Thompson, P
Bouchenoire, L
Langridge, S
Lander, G
Stirling, W
Mirone, A
Ward, R
Wells, MR
Zochowski, S
author_sort Brown, S
collection OXFORD
description The resonant magnetic reflectivity from U/Fe multilayers was analyzed. These multilayers were produced through dc sputtering and analyzed using techniques such as polarized neutron reflectivity, conversion electron Mössbauer spectroscopy and magneto-optic measurements. The reversal of the polarity of the asymmetry ratio between the first and second superlattice peaks between the first and second superlattice peaks indicates a nonuniform moment distribution through the uranium layers.
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last_indexed 2024-03-07T04:01:13Z
publishDate 2003
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spelling oxford-uuid:c4a39f72-2f56-4e47-a455-f49c1c3dbdf22022-03-27T06:25:02ZResonant magnetic reflectivity from U/Fe multilayersJournal articlehttp://purl.org/coar/resource_type/c_dcae04bcuuid:c4a39f72-2f56-4e47-a455-f49c1c3dbdf2Symplectic Elements at Oxford2003Brown, SBeesley, AHerring, AMannix, DThomas, MThompson, PBouchenoire, LLangridge, SLander, GStirling, WMirone, AWard, RWells, MRZochowski, SThe resonant magnetic reflectivity from U/Fe multilayers was analyzed. These multilayers were produced through dc sputtering and analyzed using techniques such as polarized neutron reflectivity, conversion electron Mössbauer spectroscopy and magneto-optic measurements. The reversal of the polarity of the asymmetry ratio between the first and second superlattice peaks between the first and second superlattice peaks indicates a nonuniform moment distribution through the uranium layers.
spellingShingle Brown, S
Beesley, A
Herring, A
Mannix, D
Thomas, M
Thompson, P
Bouchenoire, L
Langridge, S
Lander, G
Stirling, W
Mirone, A
Ward, R
Wells, MR
Zochowski, S
Resonant magnetic reflectivity from U/Fe multilayers
title Resonant magnetic reflectivity from U/Fe multilayers
title_full Resonant magnetic reflectivity from U/Fe multilayers
title_fullStr Resonant magnetic reflectivity from U/Fe multilayers
title_full_unstemmed Resonant magnetic reflectivity from U/Fe multilayers
title_short Resonant magnetic reflectivity from U/Fe multilayers
title_sort resonant magnetic reflectivity from u fe multilayers
work_keys_str_mv AT browns resonantmagneticreflectivityfromufemultilayers
AT beesleya resonantmagneticreflectivityfromufemultilayers
AT herringa resonantmagneticreflectivityfromufemultilayers
AT mannixd resonantmagneticreflectivityfromufemultilayers
AT thomasm resonantmagneticreflectivityfromufemultilayers
AT thompsonp resonantmagneticreflectivityfromufemultilayers
AT bouchenoirel resonantmagneticreflectivityfromufemultilayers
AT langridges resonantmagneticreflectivityfromufemultilayers
AT landerg resonantmagneticreflectivityfromufemultilayers
AT stirlingw resonantmagneticreflectivityfromufemultilayers
AT mironea resonantmagneticreflectivityfromufemultilayers
AT wardr resonantmagneticreflectivityfromufemultilayers
AT wellsmr resonantmagneticreflectivityfromufemultilayers
AT zochowskis resonantmagneticreflectivityfromufemultilayers