T Langer, D Markus, F Lienesch… - Combustion science and …, 2010 - Taylor & Francis
The authors investigated the ignition process of hydrogen/air mixtures by repetitive streamer discharges due to high-frequency AC voltage in order to achieve a better comprehension in …
D Markus, S Essmann, JR Kummer… - Zeitschrift für …, 2017 - degruyter.com
The ignition of combustible/air mixtures by electrical discharges includes several physical and chemical processes. In process safety often the total available electrical energy is taken …
D Markus, A Hallermann, M Paul, T Langer… - Journal of Loss …, 2013 - Elsevier
Repetitive streamer discharges caused by transients, eg due to high frequency overvoltages, can ignite combustible mixtures, which has to be taken into account …
T Langer, D Markus, F Lienesch… - Proceedings of the …, 2009 - researchgate.net
In this work, the energy deposition in a hydrogen/air mixture necessary for ignition by streamer discharges is examined. Experimental results are compared with numerical …
Heat release studies of plasma assisted combustion have been performed in fuel-air mixtures excited by nanosecond dielectric barrier discharges initially at room temperature …
D Markus, A Hallermann, T Langer, F Lienesch… - … Colloquium on the …, 2011 - icders.org
Non-equilibrium plasmas like in streamer discharges have a significant influence on ignition and combustion processes [1, 2]. The formation of electronically excited species using non …
T Langer, D Markus, U Maas - Science and Technology of Energetic …, 2011 - jes.or.jp
Repetitive streamer discharges due to high-frequency AC voltage can ignite H2/air mixtures and are the focus of research concerning the explosion protection of electrical apparatuses …