A new magnetic linear dichrosim in photoabsorption at the iron M sub 2,3 edge
A new type of magnetic linear dichroism in photoabsorption spectra at the Fe M sub 2,3 edge was found. The spectra excited by p-polarized light at oblique incidence show dichroism when the magnetization direction changes from parallel to antiparallel to nxq, where n is a vector perpendicular to the...
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Veröffentlicht in: | Journal of magnetism and magnetic materials 1994-08, Vol.148 (1-2), p.64-65 |
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creator | Kisker, E Kinoshita, T Rose, H B Roth, C H Spanke, D Hillebrecht, F U |
description | A new type of magnetic linear dichroism in photoabsorption spectra at the Fe M sub 2,3 edge was found. The spectra excited by p-polarized light at oblique incidence show dichroism when the magnetization direction changes from parallel to antiparallel to nxq, where n is a vector perpendicular to the sample surface and q is the photon momentum. The dichroism is enhanced when the light impinges on the sample towards grazing incidence. |
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The spectra excited by p-polarized light at oblique incidence show dichroism when the magnetization direction changes from parallel to antiparallel to nxq, where n is a vector perpendicular to the sample surface and q is the photon momentum. 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The spectra excited by p-polarized light at oblique incidence show dichroism when the magnetization direction changes from parallel to antiparallel to nxq, where n is a vector perpendicular to the sample surface and q is the photon momentum. The dichroism is enhanced when the light impinges on the sample towards grazing incidence.</abstract></addata></record> |
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title | A new magnetic linear dichrosim in photoabsorption at the iron M sub 2,3 edge |
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