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- K.M. Gektidis, ”Surge protection for sensitive electronics equipment”, in progress
- D.G. Patsalis, ”Assessment of the lightning behavior of high voltage electrical networks with installed surge arresters”, in progress
- A.Y. Hadjikostas, ”Investigation of the coordination of surge protective devices”, in progress
- P.P. Tsouris, ”Investigation of the electrical breakdown mechanism of medium voltage insulation”, in progress
- N.C. Karanikiotis, “Investigation on breakdown mechanisms of composite low-voltage insulation”, in progress
- E.T. Staikos, “Characterzation and modeling of varitors”, in progress
- Α.Ι. Ioannidis, “A stochastic lightning attachment model: Lightning incidence estimation and shielding design”, in progress
- P.Κ. Samaras, “Surface dielectric strength of insulating materials in a non-uniform electric field”, in progress
- E.Ι. Bousiou, “Investigation of impulse corona discharge on overhead transmission lines”, 2023
- N.C. Mavrikakis , “Investigation of the aging mechanisms of outdoor insulators”, 2019
- Z.G. Datsios, “Investigation of soil ionization around concentrated grounding systems: Effects on the lightning performance of overhead transmission lines”, 2017
- V.N. Zagkanas, “Investigation of corona discharge on overhead transmission lines”, 2014
- T.E. Tsovilis, “A statistical lightning attachment model: Lightning incidence estimation and shielding design”, 2010
- L.A. Lazaridis, “Surface dielectric strength of insulating materials in a non-uniform electric field under impulse voltages: Influence of humidity”, 2010
- P.N. Mavroidis, “The effect of dielectric covers on impulse behaviour of non-uniform gaps”, 2010
- C.G. Yakinthos, “Increasing the dielectric strength of non-uniform air gaps – gap compaction in overhead transmission lines”, 2009
- D.E. Gourgoulis, “Electrical breakdown of non-uniform and quasi-uniform air gaps”, 1997
- P.N. Mikropoulos, “Influence of humidity on impulse breakdown of non-uniform air gaps”, 1995
