This dataset for the publication "Single in-situ interface characterization composed of niobium and a selectively grown topological insulator nanoribbon" contains both experimental and theory data.
The File "Raw_Data_Experiment.zip" contains the experimental raw data of this work. The files are proivided in csv format.
| Name of sub directory | Description |
| --------------------------------- | --------------------------------------------- |
| Single dIdV Fig2 | Data for Figure 2 and Supplementary Figure S4 |
| Temperature | Figure 3a and Supplementary Figure S6 |
| Gate Voltage | Figure 3b and Supplementary Figure S5 |
| Magnetic Field | Figure 4 |
| Supp_Hall | Supplementary Figure S1 |
| Supp_Nb | Supplementary Figure S2 |
| Supp_Resistance Linfit | Supplementary Figure S3 |
| Supp_TEM | Supplementary Figure S8 |
| Supp_Zero Bias Conductance Peak | Supplementary Figure S7 |
The theory data is given in the aiida export file export.aiida which contains the full data provenance in the AiiDA graph.
| uuid | Description |
| -------------------------------------- | --------------------------------------------------------- |
| 78881704-f92e-4f44-a188-5416109414d1 | Tab. I & Fig. S9b: DOS for TI EF in gap (bulk insulating) |
| 612f7fac-5d93-4fee-bbc6-7ceda6d56e0c | Tab. I & Figs. 5b, S9d: DOS for TI EF in VB (p-type) |
| 1df34e66-b284-4884-b156-5979e5a529db | Tab. I: DOS for TI EF in CB (n-type) |
| d8568999-a49d-46b9-89a2-ca54fb4a8b3b | Tab. I & Fig. 5b (DOS Nb110, E<0), same as in [1] |
| c7bee213-6c4d-46f4-893f-aa96e0386851 | Tab. I & Fig. 5b (DOS Nb110, E>0), same as in [1] |
Additionally, the 3D visualisation of the density given in Figs. 5a and S9a,c is included in the file denvis.zip of this dataset.
The following AiiDA and python environment was used:
$ pip freeze | grep 'masci\|aiida'
-e git+https://github.com/aiidateam/aiida-core@d0e1de261881daec87c452369f17c1f2533e3fe5#egg=aiida_core
-e git+https://github.com/JuDFTteam/aiida-kkr@72e244dd547aa245d745392aded57cc15a024514#egg=aiida_kkr
-e git+https://github.com/JuDFTteam/masci-tools@3f0d612181975f0c6389451489d6cd0e97429115#egg=masci_tools
[1] Philipp Rüßmann, Stefan Blügel, Density functional Bogoliubov-de Gennes analysis of superconducting Nb and Nb(110) surfaces, Materials Cloud Archive 2021.163 (2021), doi: 10.24435/materialscloud:9b-fv.