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Title(s)
Title | Language |
Theoretical data for: Orbital occupancy and hybridization in strained SrVO3 epitaxial films | en |
Author(s)
Name | ORCID | GND | Affiliation |
Faculty
13 Physics
DFG-Subject
307-02 Theoretical Condensed Matter Physics
Date Issued
09 September 2021
Publisher(s)
Goethe-Universität Frankfurt
Type(s) of data
Dataset
Language(s)
en
Subject Keyword(s)
Abstract(s)
Abstract | Language |
These data were produced for an experimental paper of M. Mirjolet [1]. To generate them we used the density functional theory FPLO [2]. This gave us the integrated density of states, with whom we combined the different orbitals and atoms to obtain the results depicted in the publication [1]. The data of the post processing part are the data given in this upload. To reproduce the density functional part one needs to repeat the calculation. The input parameters are given in the publication [1]. For further information on the experimental data, please contact: mathieu.mirjolet@gmail.com. [1] M. Mirjolet et al. Phys. Rev. Mater. 5, 095002 (2021) [2] https://www.fplo.de/ | en |
Description(s)
Description | Language |
The data given here are the ones to generate Fig. 3 of the paper by [1]. It contains several directories. The data directory contains the data in form of a csv file, with proper headers. The gnu directory cotains a plot script to plot these data. And the pdf directory has subdirectories, corresponding to each subplot of Fig. 3 in Ref [1]. There is an additional file called raw_full.ods. This contains all raw data deduced from density functional theory. It contains several test calculations as well, like a wannierization. For further information on the experimental data, please contact: mathieu.mirjolet@gmail.com. [1] M. Mirjolet et al. Phys. Rev. Mater. 5, 095002 (2021) | en |
Related Resource(s)
Type of identifier | Identifier | Type of publication | Type of relation |
DOI | 10.1103/PhysRevMaterials.5.095002 | JournalArticle | IsSupplementTo |
Funder(s)
Name | Type of identifier | Funder identifier | Award number | Award title | Award URI |
Deutsche Forschungsgemeinschaft | Crossref Funder ID | TRR 288-422213477 |
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86
Acquisition Date
Dec 9, 2024
Dec 9, 2024
Downloads
5
Acquisition Date
Dec 9, 2024
Dec 9, 2024