Development of a test setup and execution of interruption tests on cutout fuses
lnvestigation of the plasma conductivity in a model spark gap in the time domain of the recovery voltage
Development of a measurement setup for the reduction of magnetic coupling by impulse currents
Quasi-stationary description of a local conductivity distribution and further plasma properties in a model spark gap while surge current test
Investigation of the ignition behavior of model spark gaps to determine conductance and ignition energy
Correlation analysis of the spectrum of metal vapor plasmas in vacuum as a function of the current intensity
Optimierung der Begrenzungsspannung einer Multicarbon-Funkenstrecke mit niedrigem Schutzpegel für 48 V DC- Anwendungen
Development of a software-based analysis tool for the evaluation of measurement data of spark gaps during surge current tests
Publications
Peters, E., Weber, B., Kopp, T., Kurrat, M.: Computer-aided optical plasma postprocessing applied on model spark gaps, Plasma Physics and Technology 10 (1) , Jg.(2023), S. 9-14. DOI: 10.14311/ppt.2023.1.9
Peters, E., Bösche, D., Kurrat, M.: Design of a triggerable ignition circuit for model spark gap diagnostics,
23nd International Conference on Gas Discharges and Their Applications, Greifswald, 10.-15. September 2023
Kurrat, M., Alija, M., Peters, E.: High-Pressure Plasma Phenomena in Spark Gaps - A Survey,
23rd International Conference on Gas Discharges and Their Applications, Greifswald, 10.-15. September 2023
Anspach, F., Peters, E., Bösche, D., Vieth, P., Kopp, T., Kurrat, M.: Electrical investigation of the time development of the recovery voltage of a closed model arrangement after current loads in the operating range of an LVDC hybrid switch,
31st International Conference on Electrical Contacts, Sapporo, 13.-16. Juni 2022
Peters, E., Claaßen, L., Kurrat, M.: Beschreibung einer Methode zur Bildanalyse von Schaltlichtbögen in Niederspannungsschaltgeräten,
Albert-Keil-Kontaktseminar, Karlsruhe, 9.-11. Oktober 2019
Kopp, T., Peters, E., Kurrat, M.: Estimation of Current Density Using High-Speed-Camera Recordings in a Model Spark Gap during Surge Currents,
Plasma Physics and Technology, Symposium on Physics of Switching Arc, Tschechien, 9.-13. September 2019, S. 60-64. ISBN 2336-2626
