Determination of optimal experimental conditions for accurate 3D reconstruction of the magnetization vector via XMCD-PEEM
In this work we present a detailed analysis on the performance of X-ray magnetic circular dichroism photo-emission electron microscopy (XMCD-PEEM) as a tool for vector reconstruction of the magnetization. For this, we choose 360\(^{\circ}\) domain wall ring structures which form in a synthetic antif...
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| creator | Cascales Sandoval, Miguel A Hierro-Rodríguez, A Ruiz-Gómez, S Skoric, L Donnelly, C Niño, M A McGrouther, D McVitie, S Flewett, S Jaouen, N Belkhou, R Foerster, M Fernández-Pacheco, A |
| description | In this work we present a detailed analysis on the performance of X-ray magnetic circular dichroism photo-emission electron microscopy (XMCD-PEEM) as a tool for vector reconstruction of the magnetization. For this, we choose 360\(^{\circ}\) domain wall ring structures which form in a synthetic antiferromagnet as our model to conduct the quantitative analysis. We assess how the quality of the results is affected depending on the number of projections that are involved in the reconstruction process, as well as their angular distribution. For this we develop a self-consistent error metric, which indicates that the main factor of improvement comes from selecting the projections evenly spread out in space, over having a larger number of these spanning a smaller angular range. This work thus poses XMCD-PEEM as a powerful tool for vector imaging of complex 3D magnetic structures. |
| doi_str_mv | 10.48550/arxiv.2305.09590 |
| format | Article |
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For this, we choose 360\(^{\circ}\) domain wall ring structures which form in a synthetic antiferromagnet as our model to conduct the quantitative analysis. We assess how the quality of the results is affected depending on the number of projections that are involved in the reconstruction process, as well as their angular distribution. For this we develop a self-consistent error metric, which indicates that the main factor of improvement comes from selecting the projections evenly spread out in space, over having a larger number of these spanning a smaller angular range. 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| subjects | Angular distribution Antiferromagnetism Dichroism Domain walls Emission analysis Image reconstruction Magnetization Physics - Mesoscale and Nanoscale Physics Quality assessment Ring structures |
| title | Determination of optimal experimental conditions for accurate 3D reconstruction of the magnetization vector via XMCD-PEEM |
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