Richard Kröner - LSP Institute of Polymer Materials

Richard Kröner, M. Sc.

Department of Materials Science and Engineering
Chair of Polymer Materials

Room 1.93
Martensstr. 7
91058 Erlangen

vita

seit 10/2019

Studies in Materials Science and Engineering (M. Sc.) at the FAU University Erlangen-Nuremberg with focus on polymer materials engineering

master thesis:Optimization of a stabilizer system for polypropylene

10/2015 – 02/2020

Studies in Materials Science and Engineering at FAU University Erlangen-Nuremberg, degree: B.Sc.

bachelor thesis:Investigation of the process parameters in the melt spinning of fibers made of thermoplastic polyurethane

07/2015

High school diploma at Hardenberg-Gymnasium Fürth

publications

2023

Halamicek R., Wiesmann C., Kröner R., Bogdan C., Schubert DW.:
Conventional non-woven vs. novel nano FFP2 masks - a competetive study on the filtration performance after various types of conditions
Nordic Polymer Days (Kopenhagen, 8th May 2023 - 10th May 2023)
Halamicek R., Wiesmann C., Kröner R., Eber M., Bogdan C., Schubert DW.:
Influence of different treatment conditions on the filtration performance of conventional electret melt blown non-woven and novel nano FFP2 masks
In: PLoS ONE 18 (2023), p. e0291679-
ISSN: 1932-6203
DOI: 10.1371/journal.pone.0291679
Kröner R., Kaschta J., Heiduk I., Dorfmüller D., Falk M., Schubert DW.:
Thermal stabilization of polypropylene by renewable antioxidants

conference contributions

2023

Halamicek R., Wiesmann C., Kröner R., Bogdan C., Schubert DW.:
Conventional non-woven vs. novel nano FFP2 masks - a competetive study on the filtration performance after various types of conditions
Nordic Polymer Days (Kopenhagen, 8th May 2023 - 10th May 2023)
Kröner R., Kaschta J., Heiduk I., Dorfmüller D., Falk M., Schubert DW.:
Thermal stabilization of polypropylene by renewable antioxidants