Thin-film solar cell ontology

Last uploaded: January 23, 2025
Details
Acronym TFSCO
Visibility Public
Description The Thin-film solar cell ontology (TFSCO) is a domain ontology that provides a model of the manufacturing and characterization of perovskite solar cells. The TFSCO has been under development since 2022. The TFSCO is released under the Creative Commons License 4.0 International (CC - BY 4.0) The development of TFSCO is made possible by the support and scientific contributions of Dr. Jens Hauch (HIERN), Dr. José Márquez (Humboldt-Universität zu Berlin), Prof. Dr. Ulrich W. Paetzold (KIT), Prof. Dr. Eva Unger (HZB) and Dr. Thomas Unold (HZB).
Status Alpha
Format OWL
Contact Michael Götte, [email protected]
Submissions
Version Released Uploaded Downloads
pre release, latest changes: 2023-05-09 (Parsed, Metrics, Annotator, Error Indexed, Error Indexed Properties) 01/23/2025 01/23/2025 OWL | CSV | RDF/XML | Diff
pre release, latest changes: 2023-05-09 (Archived) 08/05/2024 08/19/2024 OWL
pre release, latest changes: 2024-19-08 (Archived) 08/05/2024 08/19/2024 OWL
pre release, latest changes: 2024-07-29 (Archived) 08/05/2024 08/05/2024 OWL
pre release, latest changes: 2024-10-07 (Archived) 07/15/2024 07/15/2024 OWL
pre release, latest changes: 2024-07-02 (Archived) 02/07/2024 02/07/2024 OWL | Diff
pre release, latest changes: 2023-05-09 (Archived) 10/12/2023 01/19/2024 OWL | Diff
pre release, latest changes: 2023-05-09 (Archived) 10/12/2023 01/19/2024 OWL
pre release, latest changes: 2023-05-09 (Archived) 10/12/2023 01/19/2024 OWL
pre release, latest changes: 2023-05-09 (Archived) 10/12/2023 01/19/2024 OWL
pre release, latest changes: 2023-05-09 (Archived) 01/18/2024 01/18/2024 OWL | Diff
pre release, latest changes: 2023-05-09 (Archived) 01/17/2024 01/17/2024 OWL | Diff
pre release, latest changes: 2023-05-09 (Archived) 01/16/2024 01/16/2024 OWL | Diff
pre release, latest changes: 2023-05-09 (Archived) 09/26/2023 09/26/2023 OWL
more...
Views of TFSCO

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Metrics
Classes 671
Individuals 53
Properties 53
Maximum depth 10
Maximum number of children 36
Average number of children 3
Classes with a single child 78
Classes with more than 25 children 3
Classes with no definition 227
Visits
Projects using TFSCO

AutoPeroSol

FAIRmat

NOMAD base sections for solar cell and electro catalysis research