Henryka Danuta Stryczewska, Ph.D., D.Sc Eng. Full professor at Lublin University of Technology; senior member of IEEE; member of the Presidium of the Electrotechnical Committee of the Polish Academy of Science KE PAN - Head of Section, Electrotechnical Materials and Technologies; member of the International Scientific Committees of the HAKONE, EPNC and ELMECO conferences. Her major research area includes supply systems for ozone generators and non-thermal plasma reactors, in particular with gliding arc discharge, electromagnetic processes and devices used in environmental protection technologies, application of non-thermal plasma in biotechnologies, and solar energy in the power systems of plasma reactors. Coordinator and manager responsibilities include international projects in European Union Framework Programs: 5th EU FR - contract Nr ENK6-CT-2002-80668: European Center of Excellence On Application of Superconductivity and Plasma Technologies in Power Engineering ASPPECT - manager 2002-2006; 7th FP of EU – KORANET Project: ENV-BIO-GA: Environmental and Biomedical Applications of Gliding Arc Discharge Plasma - European Coordinator 2012-2014; 7th FP of EU - Maria Curie Reintegration grant “Plasma Sterilization” - project coordinator 2010-2014 and MC member of 2 COST Actions: MP1101 - BIOPLASMA: Biomedical Applications of Atmospheric Pressure Plasma (2011-2015) and CA 19108- Hi-SCALE: High-Temperature SuperConductivity for AcceLerating the Energy Transition (2020-2024).
Henryka Danuta Stryczewska, Ph.D., D.Sc Eng. Full professor at Lublin University of Technology; senior member of IEEE; member of the Presidium of the Electrotechnical Committee of the Polish Academy of Science KE PAN - Head of Section, Electrotechnical Materials and Technologies; member of the International Scientific Committees of the HAKONE, EPNC and ELMECO conferences. Her major research area includes supply systems for ozone generators and non-thermal plasma reactors, in particular with gliding arc discharge, electromagnetic processes and devices used in environmental protection technologies, application of non-thermal plasma in biotechnologies, and solar energy in the power systems of plasma reactors. Coordinator and manager responsibilities include international projects in European Union Framework Programs: 5th EU FR - contract Nr ENK6-CT-2002-80668: European Center of Excellence On Application of Superconductivity and Plasma Technologies in Power Engineering ASPPECT - manager 2002-2006; 7th FP of EU – KORANET Project: ENV-BIO-GA: Environmental and Biomedical Applications of Gliding Arc Discharge Plasma - European Coordinator 2012-2014; 7th FP of EU - Maria Curie Reintegration grant “Plasma Sterilization” - project coordinator 2010-2014 and MC member of 2 COST Actions: MP1101 - BIOPLASMA: Biomedical Applications of Atmospheric Pressure Plasma (2011-2015) and CA 19108- Hi-SCALE: High-Temperature SuperConductivity for AcceLerating the Energy Transition (2020-2024).