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Parameter Rietveld refinement of NFMF0.2 |
Plain Text - 419.5 KB - SHA-256: 23e7588741d891a68920dfcd490f827947ff6baba9b1695114b21693f7e72d06
Results of Rietveld refinement of NFMF0.2 |
Plain Text - 5.4 KB - SHA-256: 0f342daf7a5463094a5cde73b270c702b110f166bedaf2f727c225db0161488c
Parameter Rietveld refinement of NFMO |
Plain Text - 420.7 KB - SHA-256: bd43bed233af2467ec4dbc6e98f6fb5015ff517dfcefe2f013d8b880fd279fa2
Results of Rietveld refinement of NFMO |
Unknown - 174.0 KB - SHA-256: 0d7db5930bb8139418ff34257a14ba1b401d3de35b3d690c535d3f152b0f8591
Powder X-ray diffractogram of NFMO |
Dec 8, 2025 - Peter Grünberg Institute – Semiconductor Nanoelectronics (PGI-9)
Moors, Kristof; Yin, Gen, 2025, "Data for: Robust quantum anomalous Hall effect with spatially uncorrelated disorder", https://doi.org/10.26165/JUELICH-DATA/KLWH0G, Jülich DATA, V1
Kwant code that generates the quantum transport simulation data (density of states, current density maps, transmission probabilities) of magnetic topological insulator ribbons with spatially correlated and uncorrelated disorder, all contained in a Jupyter Notebook file (MTI-ribbo... |
Comma Separated Values - 2.9 MB - SHA-256: 32408a20753ca6814f81cb0a28817d9eeeae2166724cafdb1da9c56e28549925
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Comma Separated Values - 2.9 MB - SHA-256: 33febfe35212e5296b6c954defd9dd1b888cdeb3820f0d8a8cee92645bcbe05f
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